E-reader interface system with audio and highlighting synchronization for digital books

ABSTRACT

The present invention is directed to systems and methods for providing an improved interactive and educational eBook platform through an improved eReader. The system provides a platform through which a book is transformed into an interactive, multi-language, assisted reading, read-aloud eBook and is displayed in an eReader with an improved graphical user interface that provides features which enhance the effectiveness of eBook learning.

CROSS REFERENCES TO RELATED APPLICATIONS

This application is related to and claims priority from the followingU.S. patents and patent applications. This application is a continuationof U.S. patent application Ser. No. 16/887,856, filed May 29, 2020,which is a continuation-in-part of U.S. patent application Ser. No.15/852,350, filed Dec. 22, 2017, each of which is incorporated herein byreference in its entirety.

COPYRIGHT NOTICE

A portion of the disclosure of this patent document contains materialwhich is subject to copyright protection. The copyright owner has noobjection to the facsimile reproduction by anyone of the patent documentor the patent disclosure, as it appears in the Patent and TrademarkOffice patent file or records, but otherwise reserves all copyrightrights whatsoever.

BACKGROUND OF THE INVENTION 1. Field of the Invention

The present invention relates to eReader and eBook technology, and morespecifically to methods and systems of creating, processing, andinteracting with eBook text and graphics through an eReader in order toprovide assisted reading, multilingual, and customizable interfaces fora multitude of eBooks.

2. Description of the Prior Art

It is generally known in the prior art to provide eBooks and eReaders asdigital copies of paper-published works. It is also known to providedigital eBooks that include some interactive elements to improve readingfunctionality and interactivity. These embodiments are exemplified bythe following documents.

U.S. Pat. No. 6,446,041 for a method and system for providing audioplayback of a multi-source document by inventor Reynar, et al., filedOct. 27, 1999 and issued Sep. 3, 2002, is directed to a multi-sourceinput and playback utility that accepts inputs from various sources,transcribes the inputs as text, and plays aloud user-selected portionsof the text is disclosed. The user may select a portion of the text andrequest audio playback thereof. The utility examines each transcribedword in the selected text. If stored audio data is associated with agiven word, that audio data is retrieved and played. If no audio data isassociated, then a textto-speech entry or series of entries is retrievedand played instead.

US Pub. No. 2003/0028380 for a speech system by inventor Freeland, etal., filed Aug. 2, 2002, is directed to a system for generating an audiomessage over a communications network that is at least partly in a voicerepresentative of a character generally recognizable to a user. Either avoice message or text based message may be used to construct the audiomessage. Specific recordings of well known characters is stored in astorage means and background sound effects can be inserted into theaudio message which are stored in database. The audio message isconstructed by any one of the processing means and transmitted to arecipient for play back on a processing terminal.

US Pub. No. 2010/0324895 for Synchronization for Document Narration byinventor Kurzweil, et al., filed Jan. 14, 2010, is directed totechniques and systems for synchronizing an audio file with a sequenceof words displayed on a user interface.

U.S. Pat. No. 7,483,832 for Method and system for customizing voicetranslation of text to speech by inventor Tischer, filed Dec. 10, 2001and issued Jan. 27, 2009, is directed to a method and system ofcustomizing voice translation of a text to speech includes digitallyrecording speech samples of a known speaker, correlating each of thespeech samples with a standardized audio representation, and organizingthe recorded speech samples and correlated audio representations into acollection. The collection of speech samples correlated with audiorepresentations is saved as a single voice file and stored in a devicecapable of translating the text to speech. The voice file is applied toa translation of text to speech so that the translated speech iscustomized according to the applied voice file.

US Pub. No. 2008/0140652 for an Authoring Tool by inventor Millman, etal., filed Dec. 7, 2006, is directed to methods and related computerprogram products, systems, and devices for providing feedback to a userbased on audio input associated with a user reading a passage torn aphysical text are disclosed.

US Pub. No. 2003/0028380 for a speech system by inventor Freeland, etal., filed Aug. 2, 2017, is directed to system for generating an audiomessage over a communications network that is at least partly in a voicerepresentative of a character generally recognizable to a user. Either avoice message or text based message may be used to construct the audiomessage. Specific recordings of well known characters is stored in astorage means and background sound effects can be inserted into theaudio message which are stored in database. The audio message isconstructed by any one of the processing means and transmitted to arecipient for play back on a processing terminal.

US Pub. No. 2009/0202226 for a System and method for convertingelectronic text to a digital multimedia electronic book by inventorMcKay, filed Jun. 6, 2006, is directed to a system and method forconverting an existing digital source document into a speech-enabledoutput document and synchronized highlighting of spoken text with theminimum of interaction from a publisher. A mark-up application isprovided to correct reading errors that may be found in the sourcedocument. An exporter application can be provided to convert the sourcedocument and corrections from the mark-up application to an outputformat. A viewer application can be provided to view the output and toallow user interactions with the output.

U.S. Pat. No. 6,052,663 for a Reading system which reads aloud from animage representation of a document by inventor Kurzweil, filed Jun. 27,1997 and issued Apr. 18, 2000, is directed to a reading system thatincludes a computer and a mass storage device including softwarecomprising instructions for causing a computer to accept an image filegenerated from optically scanning an image of a document. The softwareconvert the image file into a converted text file that includes textinformation, and positional information associating the text with theposition of its representation in the image file. The reading system hasthe ability therefore to display the image representation of the scannedimage on a computer monitor and permit a user to control operation ofthe reader by with respect to the displayed image representation of thedocument by using the locational information associated with theconverted text file. Also described are techniques for dual highlightingspoken text and a technique for determining the nearest word to aposition selected by use of mouse or other pointing device operating onthe image representation as displayed on the monitor.

US Pub. No. 2004/0024582 for Systems and methods for aiding humantranslation by inventor Shepard, et al., filed Jul. 2, 2003, is directedto a system [that] aids a user in translating an audio signal thatincludes speech from one language to another. A user may be permitted tostop the playback at any time. The user may also be permitted to controlthe playback by, for example, fast forwarding, speeding it up, slowingit down, or backing it up so many seconds or so many words. The mediaplayer or the graphical user interface may present the user with a setof controls to permit the user to perform these functions.

U.S. Pat. No. 8,238,566 for Apparatus for providing sound effectsaccording to an image and method thereof by inventor Choi, et al., filedMar. 9, 2005 and issued Aug. 7, 2012 is directed to an apparatus forproviding sound effects according to an input image and a method thereofcapable of conveying details of the input image lively and effectivelyby recognizing the shape of the image and outputting a sound suitablefor the recognized shape of the image. The apparatus for providing thesound effects according to the image includes an image input unit forreceiving an input of an image, a sound effect providing unit forrecognizing the image inputted through the image input unit andproviding the sound effects according to the input image, and an imageoutput unit for outputting the image inputted through the image inputunit and the sound provided from the sound effect providing unit.

US Pub. No. 2015/0242061 for Automatic bookmark of a select locationwithin a page of an ebook responsive to a user touch gesture by inventorPatel, et al., filed February 24, 14, is directed to a system and methodfor bookmark a select location with a page of an ebook. A graphical userinterface (GUI) is configured to display content of a page, and bookmarka select location within the page responsive to a swipe gesture startingfrom a predetermined position on the GUI. The end position of swipegesture is recorded as the bookmark and a visual object representing thebookmark is rendered on the GUI. The select location may correspond to alast line that a user just finished reading before closing the readingsession of the electronic document. The visual object may be removedfrom the electronic document once a user can locate the select locationin a subsequent reading session.

U.S. Pat. No. 9,081,529 for Generation of electronic books by inventorJoshi, et al., filed Jun. 22, 2012, and issued Jul. 14, 2015, isdirected to systems and methods for modifying electronic books(“eBooks”). A server processes eBook data to determine portions of oneor more source fonts comprising various glyphs used in presenting theeBook. An embedded font is generated which includes those portions ofthe one or more fonts which are used in the particular eBook data.Because the unused portions of the one or more fonts are omitted, theoverall size of the embedded fonts may be less than those of the sourcefonts. A custom character map may be generated as part of the embeddedfont which provides for increased document security.

SUMMARY OF THE INVENTION

The present invention relates to eBook and eReader systems and methodsthat provide an interactive and multi-functional environment foreducation.

It is an object of this invention to provide a comprehensive,multi-functional educational tool for the instruction of literary,foreign language, math, and science topics through the use ofinteractive, multi-language, assisted reading, read-aloud eBooktechnology. Prior art focuses on simply converting previous methods ofinstruction, such as paper books, into digital alternatives, and thusthere is a great need to utilize the new possibilities of computertechnology to transform books into a learning environment that issubstantially different from its printed counterparts or mere digitalcopies. Some attempts have been made at developing this technologythrough means that simply apply known computer technology to eBooks tocreate some degree of interactivity. However, these attempts have notprovided any significantly beneficial improvements to educationaltechnology, since the components do not work together to provide acohesive, interconnected learning experience that actively teachesstudents through a variety of learning methods, tools, and activities.

In contrast to prior art, the present invention is directed totransforming books entirely in order to provide a system thataccelerates education through a new platform. When utilizing eBooks foreducational purposes, teachers often have to incorporate multiple,external teaching aids in order to provide a comprehensive teachingenvironment. This leads to much confusion, wasted time, and inefficientinstruction, since the outside teaching aids do not always mesh welltogether and are not directly accessible from a single platform.Similarly, for a student either passively or actively learning throughan eBook, none of the prior art provides a system or method tocohesively, interactively, and effectively promote learning literary,foreign language, math, and science skills through the same eBook oreReader platform.

The present invention solves these problems by creating interconnectedsystems and methods for providing interactive, educational eBookplatforms and eReaders with assisted reading. The platforms provide acomprehensive system through which readers are able to interact with andlearn from the material presented. Specifically, a combination of a TextTransformation System, eBook-specific Learning Tools, and an improvedgraphical user interface (GUI) with highlighting, assisted reading, andread-aloud features provide improvements and developments to eReadertechnology that create a new, more effective platform for educationaleBooks.

In one embodiment, the present invention provides a system for animproved eReader interface, comprising: text and audio relating to adigital book, wherein the text includes at least two language sets oftext, and wherein the audio includes at least two language sets ofaudio; a graphical user interface (GUI); and keyframes for the audio,wherein the keyframes are derived from force alignment of the audio tothe text, and wherein the keyframes indicate beginning timestamps andending timestamps for spoken words, spoken characters, spoken sentences,or spoken sentence fragments corresponding to words, characters,sentences, or sentence fragments of the text; wherein the system isoperable to display text corresponding to a selected language set of theat least two language sets of text; wherein the system is operable toprovide highlighting preference options via the GUI, wherein thehighlighting preference options include selections for wordhighlighting, character highlighting, sentence highlighting, andsentence fragment highlighting; wherein the system is operable tohighlight the words, the characters, the sentences, or the sentencefragments of the text based on a selection of the highlightingpreference options received via the GUI; wherein the system is furtheroperable to playback the audio and synchronize the playback with thehighlighting, wherein the system is operable to highlight at least oneword, at least one character, at least one sentence, or at least onesentence fragment of the text for a time according to the keyframes;wherein the highlighting and the playback occurs based on the selectedlanguage set and a corresponding language set of the at least twolanguage sets of audio; wherein the system is further operable tohighlight the words, the characters, the sentences, or the sentencefragments based on a word selection, a character selection, a sentenceselection, or a sentence fragment selection; and wherein the system isfurther operable to playback audio corresponding to the word selection,the character selection, the sentence selection, or the sentencefragment selection based on the keyframes.

In another embodiment, the present invention provides a method for animproved eReader interface, comprising: receiving text and audio,wherein the text includes at least two language sets of text, andwherein the audio includes at least two language sets of audio; derivingkeyframes for the audio via force alignment of the audio to the text,wherein the keyframes indicate beginning keyframes and ending keyframesfor spoken words, spoken characters, spoken sentences, or spokensentence fragments corresponding to words, characters, sentences, orsentence fragments of the text; receiving a selected language set of theat least two language sets of text; displaying text corresponding to theselected language set; providing highlighting preference options via theGUI, wherein the highlighting preference options include selections forword or character highlighting, sentence highlighting, and sentencefragment highlighting; receiving a selection of the highlightingpreference options; highlighting the words, the characters, thesentences, or the sentence fragments of the text based on the selectionof the highlighting preference options; playing the audio andsynchronizing the playing with the highlighting, wherein thehighlighting includes highlighting at least one word, at least onecharacter, at least one sentence, or at least one sentence fragment ofthe text for a time according to the keyframes; wherein the highlightingand the playing occurs based on the selected language set of the atleast two language sets of text and a corresponding language set of theat least two language sets of audio; receiving a word selection, acharacter selection, a sentence selection, or a sentence fragmentselection; highlighting the words, the characters, the sentences, or thesentence fragments based on the word selection, the character selection,the sentence selection, or the sentence fragment selection; and playingaudio corresponding to the word selection, the character selection, thesentence selection, or the sentence fragment selection based on thekeyframes.

In yet another embodiment, the present invention provides a system foran improved eReader interface, comprising: text and audio, wherein thetext includes at least one language set of text, and wherein the audioincludes at least one language set of audio; a graphical user interface(GUI); and audial descriptors, including keyframes for the audio,wherein the keyframes indicate timings for spoken words, spokencharacters, spoken sentences, or spoken sentence fragments correspondingto words, characters, sentences, or sentence fragments of the text;wherein the system is operable to highlight the words, the characters,the sentences, or the sentence fragments of the text based on ahighlighting preference selection received via the GUI; wherein thesystem is further operable to playback the audio and synchronize theplayback with the highlighting, wherein the system is operable tohighlight at least one word, at least one character, at least onesentence, or at least one sentence fragment of the text for a timeaccording to the keyframes; wherein the system is operable to displaytext corresponding to a selected language set of the at least onelanguage set of text, and wherein the highlighting and the playbackoccurs based on the selected language set and a corresponding languageset of the at least one language set of audio; wherein the system isfurther operable to receive a selection of a word, a character, asentence, a sentence fragment, or a graphic via the GUI and, based oncorresponding descriptors, playback audio corresponding to the sentenceselection, the sentence fragment selection, or the graphic selection.

These and other aspects of the present invention will become apparent tothose skilled in the art after a reading of the following description ofthe preferred embodiment when considered with the drawings, as theysupport the claimed invention.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a flow diagram illustrating the Text Transformation System.

FIG. 2 is a schematic highlighting the OCR and database storage aspectsof the Text Transformation System.

FIG. 3 is a schematic highlighting the audio clip creation, keyframing,tagging, and database storage aspects of the Text Transformation system.

FIG. 4 is a schematic illustrating the Text Transformation System andHTML Generator.

FIG. 5 is a flow chart illustrating one embodiment of the TextTransformation System and HTML Generator.

FIG. 6A illustrates one embodiment of the dynamic text container.

FIG. 6B illustrates another embodiment of the dynamic text container.

FIG. 6C illustrates another embodiment of the dynamic text container.

FIG. 6D illustrates another embodiment of the dynamic text container.

FIG. 7A illustrates one embodiment of the foreign language GUI.

FIG. 7B illustrates another embodiment of the foreign language GUI.

FIG. 8A illustrates the highlighting feature of the GUI in English.

FIG. 8B illustrates the highlighting feature of the GUI in Spanish.

FIG. 8C illustrates one embodiment of highlighting feature of the GUIwith multi-word highlighting.

FIG. 8D illustrates another embodiment of the highlighting feature ofthe GUI with multi-word highlighting.

FIG. 9 illustrates the speed adjustment feature of the read-aloud systemof the eReader.

FIG. 10 illustrates the teaching tools connection feature of the GUI.

FIG. 11 illustrates one embodiment of a gesture control element of theGUI.

FIG. 12 illustrates the word selection feature of the GUI and read-aloudsystem.

FIG. 13A illustrates one embodiment of the usage data chart.

FIG. 13B illustrates an expanded embodiment of the usage data chart.

FIG. 13C illustrates a further expanded embodiment of the usage datachart.

FIG. 14 is a schematic diagram of an embodiment of the inventionillustrating a computer system.

FIG. 15A illustrates one embodiment of the narration recording feature.

FIG. 15B illustrates another embodiment of the narration recordingfeature.

FIG. 15C illustrates another embodiment of the narration recordingfeature.

FIG. 15D illustrates another embodiment of the narration recordingfeature.

FIG. 16 illustrates one embodiment of the visual page selection feature.

FIG. 17 illustrates the login and registration page of the eReader.

FIG. 18 illustrates navigation bar locking in the eReader.

FIG. 19 illustrates a standards searching feature of the eReader.

FIG. 20 illustrates an eBook display page with foreign languagetranslation.

FIG. 21 illustrates one embodiment of the eBook purchasing feature ofthe eReader.

FIG. 22 illustrates another embodiment of the eBook purchasing featureof the eReader.

FIG. 23 illustrates an eBook storage selector for the eReader.

FIG. 24 illustrates a server topology diagram of an eReader systemaccording to one embodiment of the present invention.

FIG. 25 illustrates forced alignment between text and audio according toone embodiment of the present invention.

FIG. 26A illustrates synchronized video and highlighting according toone embodiment of the present invention.

FIG. 26B illustrates a database for storing video, audio, text, andcorresponding descriptors according to one embodiment of the presentinvention.

FIG. 27A illustrates a Thai text element with space indicators accordingto one embodiment of the present invention.

FIG. 27B illustrates a Thai text element with non-printing characterindicators according to one embodiment of the present invention.

FIG. 27C illustrates a Thai text element in eReader display formataccording to one embodiment of the present invention.

FIG. 27D illustrates a Thai text element in paragraph context accordingto one embodiment of the present invention.

FIG. 28A illustrates a Thai text paragraph with a first highlightingelement according to one embodiment of the present invention.

FIG. 28B illustrates a Thai text paragraph with a second highlightingelement according to one embodiment of the present invention.

FIG. 28C illustrates a Thai text paragraph with a third highlightingelement according to one embodiment of the present invention.

FIG. 28D illustrates a Thai text paragraph with a fourth highlightingelement according to one embodiment of the present invention.

FIG. 29 illustrates an alternate language dynamic text container withprimary and secondary language selection according to one embodiment ofthe present invention.

FIG. 30 illustrates an alternate language dynamic text container withhighlighting according to one embodiment of the present invention.

FIG. 31A illustrates a left-to-right display for an eReader according toone embodiment of the present invention.

FIG. 31B illustrates a right-to-left display with mirrored graphicsaccording to one embodiment of the present invention.

FIG. 31C illustrates a right-to-left display with rearranged right pagesand left pages according to one embodiment of the present invention.

FIG. 32 illustrates a management interface with graphs according to oneembodiment of the present invention.

FIG. 33 illustrates a chart with reading statistics according to oneembodiment of the present invention.

FIG. 34 illustrates a messaging system according to one embodiment ofthe present invention.

FIG. 35 illustrates a chat system according to one embodiment of thepresent invention.

FIG. 36 illustrates a diagram of an asset controller according to oneembodiment of the present invention.

FIG. 37A illustrates an asset list with no elements loaded according toone embodiment of the present invention.

FIG. 37B illustrates an asset list with elements for one language loadedaccording to one embodiment of the present invention.

FIG. 37C illustrates an asset list with most elements loaded accordingto one embodiment of the present invention.

FIG. 37D illustrates an asset list with all elements loaded according toone embodiment of the present invention.

DETAILED DESCRIPTION

The present invention is generally directed to an eBook platform,generator, and eReader. The invention enables enhanced text and audioprocessing for interactive, multi-language, read-aloud eBooks through aText Transformation System, an HTML Generator, and an improved graphicaluser interface (GUI) with highlighting, assisted reading, and read-aloudfeatures. The systems and methods described herein provide a moreinteractive, cohesive eReader platform that combines literary, assistedreading, foreign language, math, and science tools and interfaces,resulting in a robust, effective, and cohesive teaching tool.

Advantageously, the present invention creates a new combination of textprocessing, audio synchronization, HTML generation, foreign languagetools, markup and teaching tools, interactive illustrations, andembedded teaching tools that create an educational system unavailable inprior art.

In one embodiment, the present invention provides a system for animproved eReader interface, comprising: text and audio relating to adigital book, wherein the text includes at least two language sets oftext, and wherein the audio includes at least two language sets ofaudio; a graphical user interface (GUI); and keyframes for the audio,wherein the keyframes are derived from force alignment of the audio tothe text, and wherein the keyframes indicate beginning timestamps andending timestamps for spoken words, spoken characters, spoken sentences,or spoken sentence fragments corresponding to words, characters,sentences, or sentence fragments of the text; wherein the system isoperable to display text corresponding to a selected language set of theat least two language sets of text; wherein the system is operable toprovide highlighting preference options via the GUI, wherein thehighlighting preference options include selections for wordhighlighting, character highlighting, sentence highlighting, andsentence fragment highlighting; wherein the system is operable tohighlight the words, the characters, the sentences, or the sentencefragments of the text based on a selection of the highlightingpreference options received via the GUI; wherein the system is furtheroperable to playback the audio and synchronize the playback with thehighlighting, wherein the system is operable to highlight at least oneword, at least one character, at least one sentence, or at least onesentence fragment of the text for a time according to the keyframes;wherein the highlighting and the playback occurs based on the selectedlanguage set and a corresponding language set of the at least twolanguage sets of audio; wherein the system is further operable tohighlight the words, the characters, the sentences, or the sentencefragments based on a word selection, a character selection, a sentenceselection, or a sentence fragment selection; and wherein the system isfurther operable to playback audio corresponding to the word selection,the character selection, the sentence selection, or the sentencefragment selection based on the keyframes.

In another embodiment, the present invention provides a method for animproved eReader interface, comprising: receiving text and audio,wherein the text includes at least two language sets of text, andwherein the audio includes at least two language sets of audio; derivingkeyframes for the audio via force alignment of the audio to the text,wherein the keyframes indicate beginning keyframes and ending keyframesfor spoken words, spoken characters, spoken sentences, or spokensentence fragments corresponding to words, characters, sentences, orsentence fragments of the text; receiving a selected language set of theat least two language sets of text; displaying text corresponding to theselected language set; providing highlighting preference options via theGUI, wherein the highlighting preference options include selections forword or character highlighting, sentence highlighting, and sentencefragment highlighting; receiving a selection of the highlightingpreference options; highlighting the words, the characters, thesentences, or the sentence fragments of the text based on the selectionof the highlighting preference options; playing the audio andsynchronizing the playing with the highlighting, wherein thehighlighting includes highlighting at least one word, at least onecharacter, at least one sentence, or at least one sentence fragment ofthe text for a time according to the keyframes; wherein the highlightingand the playing occurs based on the selected language set of the atleast two language sets of text and a corresponding language set of theat least two language sets of audio; receiving a word selection, acharacter selection, a sentence selection, or a sentence fragmentselection; highlighting the words, the characters, the sentences, or thesentence fragments based on the word selection, the character selection,the sentence selection, or the sentence fragment selection; and playingaudio corresponding to the word selection, the character selection, thesentence selection, or the sentence fragment selection based on thekeyframes.

In yet another embodiment, the present invention provides a system foran improved eReader interface, comprising: text and audio, wherein thetext includes at least one language set of text, and wherein the audioincludes at least one language set of audio; a graphical user interface(GUI); and audial descriptors, including keyframes for the audio,wherein the keyframes indicate timings for spoken words, spokencharacters, spoken sentences, or spoken sentence fragments correspondingto words, characters, sentences, or sentence fragments of the text;wherein the system is operable to highlight the words, the characters,the sentences, or the sentence fragments of the text based on ahighlighting preference selection received via the GUI; wherein thesystem is further operable to playback the audio and synchronize theplayback with the highlighting, wherein the system is operable tohighlight at least one word, at least one character, at least onesentence, or at least one sentence fragment of the text for a timeaccording to the keyframes; wherein the system is operable to displaytext corresponding to a selected language set of the at least onelanguage set of text, and wherein the highlighting and the playbackoccurs based on the selected language set and a corresponding languageset of the at least one language set of audio; wherein the system isfurther operable to receive a selection of a word, a character, asentence, a sentence fragment, or a graphic via the GUI and, based oncorresponding descriptors, playback audio corresponding to the sentenceselection, the sentence fragment selection, or the graphic selection.

None of the prior art discloses the transformation of eBooks into aninteractive text-and-audio driven assisted reading system withhighlighting, read-aloud, speed control, gesture control, quick accessto relevant teaching tools, and an improved graphical user interface(GUI). Furthermore, none of the prior art describes the TextTransformation System of the present invention, which transforms a bookinto an interactive eBook for use in the improved eReader. Bothindividually and in combination, the components of the present inventionprovide an educational platform that is unavailable in prior art.

Referring now to the drawings in general, the illustrations are for thepurpose of describing one or more preferred embodiments of the inventionand are not intended to limit the invention thereto.

FIG. 1 describes one embodiment of the Text Transformation System 101,wherein a textual system 103 is converted and synced with audio system105. In the illustrated embodiment, an eBook 109 is scanned andconverted into an image 111 for manipulation. The image 111 is createdin one of many digital file formats available, including JPEG (JointPhotographic Experts Group), GIF (Graphics Interchange Format), TIFF(Tagged Image File Format), PNG (Portable Network Graphics), or anyother format known in the art of digital imagery. The image 111 is thensent to an optical character recognition (OCR) engine 113, wherein wordsand punctuation are automatically or manually recognized and convertedto digital characters. The characters are encoded using any version ofASCII (American Standard Code for Information Exchange), ISO(International Standards Organization), Unicode, or any other characterencoding mechanism known in the art. Next, a processor 115differentiates between the words and punctuation marks of the recognizedtext. In one embodiment, spaces between words are recognized and removedin order to separate word into individual entities. The processor 115stores each of the words and punctuation marks separately in a server ordatabase along with textual descriptors, including for each word orpunctuation mark at least: a page number, word and character length,meaning, definition, translation, and related corresponding audio files.

Referring to the audio system 105, an audio file 117 is a recording of ahuman reading the text of the eBook 109 or a computer-generatedtext-to-speech (TTS) audio recording. A processing unit 119 then takesthe audio file 117 and automatically or manually uses speech recognitionto identify the timestamps of the audio file 117 that correspond tospecific words and to apply keyframes at the beginning and ends of thewords. Keyframes refer to timestamps corresponding to the beginning andend of words. In one embodiment, the processing unit 119 is operable toreceive instructions from a computing device and/or application on thecomputing device, wherein a user manually marks the keyframes in theaudio. These keyframes are then used as indicators to cut, segment,and/or indicate portions of the audio file 117 into smaller audio clips,and these audio clips are stored in a database with a plurality ofaudial descriptors, including: keyframes, page numbers, correspondingwords, audial runtime of words, file sizes, corresponding audio files ortext files, and/or related audio clips. In another embodiment, theprocessing unit is operable to cross-check the text recognition with theeBook 109. In a further embodiment, the un-clipped audio file 117 isstored in a database with the keyframes included in the descriptors. Asynchronization engine 107 takes the elements from both the textualsystem 103 and the audial system 105 and creates synchronization data121, which matches a specific audio clip to a specific audio word. Inautomatic embodiments of the present invention, analytics are used tofind the change in volume, change in pitch, and other speech recognitiontools to set keyframes to the beginning and end of words. In thisinstance, preferences are set before hand and modified afterwards to setthe precise parameters for keyframing at specific times before or aftera word is recognized.

Notably, audio clips are either separate audio files or, in anotherembodiment, the audio clips are a single file with associated metadata,descriptors, or other stored data that indicates segments of the audiofiles. For example, in one embodiment, a single audio file is stored fora page, paragraph, or book, wherein the single audio file is loaded forplayback without the need for loading multiple files for a set of words.

Preferably, keyframes are set to be 0.07 seconds before the beginning ofa spoken word in an audio file if the word begins a sentence. If thetime between inter-sentence spoken words is less than 0.3 seconds, thena keyframe is placed at the time directly between the end of a firstword and the start of a second. If, instead, the time betweeninter-sentence spoken words is greater than 0.3 seconds, then a keyframeis placed 0.07 seconds after the end of the first word and 0.07 secondsbefore the beginning of the second word. For example, if a sentencestarts at 3:05:070, the keyframe is placed at 3:05:000. If a firstinter-sentence word ends at 3:06:000 and a second inter-sentence wordstarts at 3:06:100, a keyframe is placed at 3:06:050. If instead thefirst inter-sentence word ends at 3:06:000 and the second inter-sentenceword ends at 3:06:370, one keyframe is placed at 3:06:070 to indicatethe end of the first word and one keyframe is placed at 3:06:300 toindicate the start of the second word. Through this method, the end of afirst word and the start of a second word are the same point for closelyspaced spoken words. However, during highlighting, the dual keyframesthat indicate 0.3 second or longer time between words is used to removeany highlighting while a punctuation mark, paragraph break, or otherreading pause is included in an audio file or audio clip. Thus, thehighlighting engine is operable to pause before playing a specific audioclip in coordination with certain punctuation marks and/or turn of theread-aloud feature or highlighting feature during this time. Theparameters above indicate one embodiment of the keyframe preferences,and further embodiments, which have been deleted herein for the sake ofconciseness, include variability in the thresholds of up to 0.1 secondsor any other variation apparent to one skilled in the art in marking thespeech keyframes.

The keyframes that are a part of the audio clips or audio files areindications of a time point at which a new speech point of interestbegins or ends. For example, if a word starts at timestamp 05:03:015(minute 5, second 3, millisecond 15) and ends at timestamp 05:04:000,two keyframes are added to the file at each of the corresponding times.In one embodiment, these keyframes are stored in an audio file of areading of a book. In this case, the file containing spoken word (orsynthesized word) of the text is tagged with multiple keyframesindicating the beginning and end of every word, the beginning and end ofevery page of the book, and other indicators necessary to synchronizethe audio to the textual elements. In another embodiment, the audio fileis split into multiple, separate audio clips, each containing keyframesand descriptors necessary for synchronization.

The synchronization engine is thereby operable to pair the text andaudio elements together in order to provide a linked visual and audialeBook. In contrast to prior art, where a focus is drawn to speechsynthesis or text-to-speech, the present invention allows for audiofiles and audio clips to be matched to the text of the eBook withdescriptors. Since playback generally occurs through a user playing apage of an eBook or selecting a specific word to be played, thedescriptors ensure that each instance is possible within the system. Thesynchronization engine is operable to find similar descriptors intextual or audial elements and pair these two words together. Forexample, in one embodiment this occurs by matching a sequence of wordsin the database with the sequence of word descriptors within the audiofile. Each word is then aggregated into a sequence that reflects theoriginal order of the eBook text. For languages that require spacesbetween words, a space is automatically or manually added between thewords during aggregation. Additionally, punctuation is inserted into thesequence. Since punctuation generally does not have an audio fileassociated with it, the words are able to be inserted into the sequenceas part of a textual element itself such that the textual elementcomprises both the word and the punctuation mark. For languages thatrequire a space following punctuation marks, a space is manually orautomatically added after these characters as well. Similarly, foreignlanguage characters that are not able to be processed by some machinesor specific encodings, need to be converted to character entities forHTML, or are not matched with audio descriptors are operable to beinserted in the same way. In one embodiment, two sequences areaggregated, one with punctuation marks included and one withoutpunctuation marks. This allows for more flexibility in searching,editing, and displaying an eBook.

In digital publishing, eBooks are created and distributed in a number ofdifferent file formats in order to assure that copying of anycopyrighted material is protected against. For example, AMAZON releasesmany of its eBooks in a proprietary AZW or KFX file format that can onlybe read on KINDLE devices. Therefore, in order to effectively transformthe eBook, the Text Transformation System is operable to scan a bookinto an image file for processing. In one embodiment, the eBook to betransformed is converted into an image file, from which the images aresent through an OCR system. The text output from the OCR system is thensaved in an individual file in a database, and any illustrations orimages are saved in a separate file in the database. In anotherembodiment, if possible with the file format of the eBook, the text isextracted and separated from the graphical elements of the eBook file,and the text is saved in an individual file separate from the graphicalelements. During this step, the Text Transformation System is alsooperable to record the location and placement of text or a block of texton the eBook page or spread. The location is stored in digitalcoordinate points or geographic markers and are tied as descriptors tothe text or descriptors with the image. When displaying the eBookthrough an eReader, the text is then repositioned into a similarplacement as the original eBook text. This is accomplished incombination with a dynamic text container. Additionally, in thisembodiment, text is deleted from the original eBook such that only theimages or background graphics are saved in an image file.

Notably, the format of the book is not limited to traditional eBookformats, since the Text Transformation System is operable to receive ascan of a physical book in order to convert the physical book into aneBook for transformation.

Additionally, once the words and punctuation elements have beenextracted by the OCR system, each element is stored in a database. Thedatabase is configured such that the words and punctuation preservetheir original order from the source material. Either the words orpunctuation are operable to be used as database keys for lookup andcomposition of the final textual elements. In one embodiment, thepunctuation marks and foreign language characters are converted tocharacter entities for electronic markup, stylesheet, or semi-structuredprogramming. This is accomplished through the use of HTML characterentities, Friendly Codes, Numerical Codes, Hex Codes, or any othermethod of encoding special characters. For example, the HTML characterentity for left double quotation marks is “&ldquo”.

Textual and audial descriptors tag the text or audio elements withdetailed descriptions of both the preferred presentation of the elementsas well as any details necessary for synchronization. In contrast toprior art, the inclusion of these descriptors allows for fast,efficient, and customizable presentation of eBook text and audio. Whileprior art embodiments have generally focused on reading whole passagesor simply indexing an audio file for a word, the descriptors of thepresent invention allow for the eBook transformation process to linkdirectly to foreign language elements, audio timestamps, word length,and other descriptors. This method and system result in a platformthrough which a more tailored learning environment is possible. Adescriptor is comprised of: a page number, word and character length,meaning, occurrence, definition, translation, related or correspondingaudio files, keyframes, page numbers, a corresponding word, time forspeech synthesis or production, file sizes, related images orillustrations, corresponding audio files or text files, and/or relatedaudio clips. Descriptors are generated by the Text Transformation Systemand are either embedded directly into the text, image, or audio filesthey represent or they are stored in a separate file which can be readby an eReader and the HTML Engine. In the instance with a separate file,the file is preferably written in a markup-language or assemi-structured data and is preferably a JSON (JAVASCRIPT OBJECTNOTATION) file and the HTML Engine is paired with a JSON parser, throughwhich the HTML elements and/or descriptors are converted or compiledinto a JSON file. The separate file further includes descriptorsrelating to the book as a whole, including a universal font, backgroundimages, related audio and image files, and other descriptors indicatingthe visual, audial, or interactive configuration of the eBook. This is asignificant development over prior art, since the separation of thedescriptors from the elements themselves allows for cross-deviceconsistency in appearance and interactivity.

FIG. 2 illustrates one embodiment of the Text Transformation System,wherein the text from an eBook 209 is sent to an optical characterrecognition (OCR) engine 201 and the words and punctuation of image fileof text 203 are stored into a database 205. Preferably, text is storedin the database 205 in such a way that each textual element is storedwith descriptors, such as a page number, and is easily converted with anHTML engine. A table 207 indicates one embodiment of how a portion oftext is stored in the database with its descriptors. The transpositionof the text into both rows and columns assists in the synchronizationprocess and in transferring the text between different functions of thesystem. Vertical columns allow for synchronization of words andcharacters to audial and textual descriptors as well as aggregation ofthe words and characters into separate markup tags.

As disclosed herein, databases include, in one embodiment, a local orcloud-based file system or a filesystem paired with a database, whereinthe file system is a digital storage medium such that the storage mediumincludes a memory operable to store textual elements, audial elements,graphical elements, display elements, layout elements, descriptors,and/or any other stored element of the eBook and eReader system.

FIG. 3 illustrates one embodiment of the Text Transformation System,wherein an audio file 301 is spliced into individual segments for eachword recognized. The waveform representation of the audio file is justone visual embodiment of the splicing. The splicing in additionalembodiments occurs based on keyframes or time stamps instead of througha visual, waveform method. Each splice splits the audio file 301 intoindividual audio clips, wherein the audio clips include audialdescriptors, including at least: a word, page number, start and endtimestamps, a file indicator, and other descriptors necessary forsynchronization or interactivity on the eBook. The audio clips are theninput into a database 303 and stored with the audial descriptors. Thetable 305 indicates one embodiment of how these descriptors are storedwith the audio clips.

FIG. 4 is a schematic detailing one embodiment of how the TextTransformation System interacts with the database 401, synchronizationengine 107, and HTML Generator 403 in order to produce a text/audiooutput that is useable with an eReader. The textual system 103 andaudial system 105 store both text, audio, and descriptors in thedatabase 401, and a synchronization engine 107 synchronizes thecorresponding words and audio together. For example, a word is matchedwith its corresponding spoken audio, and descriptors indicating the wordlength, audio clip length, page number, start and end times, andcorresponding audio files are combined together into a single data typeor data file. Collective, synchronized data is then output for use ineReader display and interactivity. In one embodiment, this data issynchronized through a spreadsheet program. In another embodiment, thedata is output into a synchronization file for import into othersystems. The HTML Generator 403 receives the data from thesynchronization engine 107 and outputs HTML elements 405 to be embeddedinto an eReader or eBook. The HTML elements contain an indication of thetextual and audial descriptors and indicates how a textual and audialitem should be displayed, listened to, and interacted with. Notably, theHTML Generator 403 is customizable in order to change how a book isdisplayed, listened to and interacted with. For example, in oneembodiment, the HTML Generator 403 is customized to display text with acertain font size or on a specific area of an eBook spread. In oneembodiment, the HTML Generator 403 directly communicates with aneReader. In another embodiment, the HTML Generator 403 outputs to aserver with memory and a database accessible by an eReader.

The HTML Generator is operable to transform the output of thesynchronization engine into eReader-displayable content. While thegenerator is operable to output HTML, the engine is also operable tooutput other programming and markup languages, such asHTML-complimentary languages, Cascading Style Sheets (CSS), PHP:Hypertext Preprocessor (PHP), etc., as well as object-orientedlanguages, including JAVASCRIPT, PYTHON, and RUBY. The HTML Generatortakes the paired elements from the synchronization engine and embeds thedata into tags or coded language for display on an eReader. Thegenerator is operable to take display elements from the descriptors,including the location of a word on a page, the page number, etc. andcreate an indication of how to display the information on a page. Forexample, in one embodiment, a word “Wonderland” with textual descriptorsincluding, “page 20, word 3, wonderland3.mp3, pais de las Maravillas,”is combined with surrounding words to produce HTML that displays theeBook element:

<div> <apage=“20” audio=“wonderland1.mp3; wonderland2.mp3;wonderland3.mp3” language=“eng”>Alice in Wonderland</a> <a page=”20”language=“sp”> Alicia en el pais de las Maravillas</a> </div>In another embodiment, background images for eBooks are included in thefollowing manner:

<div class=“leftside”> <img src=“Alice/htmlpages/English/Alice.jpg”alt=“Alice” class= “calibrel english”> <imgsrc=“Alice/htmlpages/English/AliceES.jpg” alt=“Alicia” class= “calibrelSpanish” </div>In a still further embodiment, descriptors are included for each word inthe following manner:

<par id=“W32”> <text src=“../page4.xhtml#W32”/> <audioclipBegin=“10.571001s” clipEnd=“10.937001s” src=“../audio/Alice_p4.m4a”/> </par>

An eReader is then operable to display the output of the HTML generatorin a dynamic text container. The HTML output optionally includesparameters dictating the size or appearance of the dynamic textcontainer or its contents. For example, if descriptors input to the HTMLgenerator include a font, point size, or location of text on a page, thegenerator is operable to output this information in a markup-specificformat. An eReader then takes the programmed elements and displays themon the page according to the display parameters. If there are no displayparameters included in the output, the eReader is further operable todisplay the text in a default location or use image processing todetermine the location on the page where text overlaps the least amountof graphic elements.

In one embodiment, the appearance of the dynamic text container isdictated by CSS output from the HTML Generator. The CSS indicates thefont size, font color, position of the dynamic text container relativeto graphical or textual elements, and padding relative to othergraphical or textual elements on the page or spread. A conversion engineis further operable to convert the output from the HTML generator formultiple devices. For example, in one embodiment, a JSON converterconverts the location of the dynamic text container, the size, font,color, and other appearance elements of the dynamic text container intoJSON equivalent elements such that the text is operable to be displayedon multiple devices and in multiple formats.

FIG. 5 is a flow chart illustrating one method of the TextTransformation System, wherein an eBook is input into OCR software 501,the eBook text is extracted 503, and the text is paired with textualdescriptors 505. The eBook is one of any filetype known in the art foreBooks, including but not limited to ePub (Electronic Publishing), AZW,LIT (Literature), PDF (Portable Document Format), ODF (Open DocumentFormat), MOBI (MOBIPOCKET), or JPEG or any graphic design filetype,including but not limited to AI (ADOBE ILLUSTRATOR), PSD (PHOTOSHOPDocument), INDD (INDESIGN Document), IDML (INDESIGN Markup Language), orPMD (PAGEMAKER Document). The extraction 503 occurs through graphicalmeans, such as scanning or capturing an image of the eBook, or throughdigital means, whereby the text is copied from the eBook. In oneembodiment, a book is converted into an eBook before the text isextracted. In this embodiment, the book is scanned by a digital scanner,received by a computer, and thereby converted into an eBook. Audio isfurther synced to the text, wherein words and audio clips are extractedfrom an audio file 507, and the audial descriptors of the file arepaired to the words and audio clips 509. Both the textual and the audialelements are then stored in a database with their correspondingdescriptors 511. The textual elements are then matched to correspondingaudial elements 513 and are converted to HTML based on the descriptors515. In parallel embodiments, the audial elements are matched with thetextual elements 513. HTML elements are then embedded in an eBook 517and displayed or retrieved by an eReader 519. Users are then operable tointeract with these elements according to the HTML elements.

In alternative embodiments, the HTML Engine is operable to compile theHTML elements into an eBook and convert a page or spread into an imagefile. The image file is then presented to the GUI instead of the HTMLelements such that when a user is reading the eBook, the displayed textand images are in a compiled image format. In this instance, dynamictext containers and/or other interactive elements are operable to beembedded on top of the image in the GUI.

The output of the HTML engine is further operable to be placed within adatabase with any required audio, text, or image files and anysupplemental data or descriptors. This information is categorized undera specific eBook title. The eReader is then operable to retrieve eachtransformed eBook from the database according to a user request. Thedatabase contains a list of all the titles available to an eReader aswell as an indication of any highlighting, read-aloud, language options,or other features that are available in the transformed eBook.

FIG. 6A-6D describe embodiments of the dynamic text container. In FIG.6A, the dotted line represents the dynamic text container 601, which isoperable to hold and display text for an eBook. In one embodiment, anHTML Generator outputs the dynamic text container programming elements,wherein the dynamic text container 601 is programmed to display in aspecific location on a page. In another embodiment, the dynamic textcontainer 601 matches the original location of the text element on apage before the Text Transformation System transformed the eBook text.The dynamic text container 601 is operable to overlay with a graphicalelement 603 and/or automatically “wrap” around a graphical element 603or graphical object within the graphical element 603.

FIG. 6B shows one embodiment of the dynamic text container, whereindynamic text container 601 is displaying text input by an externalsystem or user.

FIG. 6C describes one embodiment of a dynamic font feature of thedynamic text container 601. Since many picture books or other graphicalpublications have images that cannot be moved or rearranged to accountfor text manipulation (e.g. for differing screen resolutions, userpreferences, etc.), a problem is created for those who need alarge-print or east-to-read font. A large font or a non-standardtypeface may hinder the presentation of the eBook through overlappingwith pictures, changing the aesthetics of the book, or resulting inadditional pages. Non-standard typeface consists of any typeface thatdiffers from the typeface used in the original book and hindersreadability. Advantageously, the present invention allows for thedynamic text container 601 to keep the original formatting intended bythe eBook author. When text that is large or non-standard is input intothe dynamic text container 601, a scrollbar 605 appears, wherein aslider 607 is operable to scroll the text. As the slider 607 is moveddownwards, the dynamic text container 601 moves text upwards, hiding thetext as it passes the edge of the dynamic text container 601. In anotherembodiment, scrollbars for the GUI as a whole control a scrolling of thetext in the dynamic text container and/or a full spread of the eReaderdisplay. Simultaneously, as text is moved upwards, text that waspreviously hidden is displayed from the bottom of the dynamic textcontainer 601. FIG. 6D details the same text of 6C with the slider 607moved to show the additional, hidden text. In this way, the design ofthe eBook is kept as close to original book as possible, and users thatneed a large or non-standard font are advantaged by this technology.Other embodiments of this feature also include scroll buttons,gesture-controlled dynamic text containers, and/or automaticallyappearing and disappearing text.

In one embodiment, the dynamic text container includes an anchor point,which indicates where the text container is placed on the eBook page.The anchor point references a specific place on the page of the eBook(such as a pixel location, measurement from the edge of the eBook, orlocation relative to a graphical element) to render the dynamic textcontainer. The dynamic text container is operable to receive the anchorpoint from the HTML Generator in an encoded element and/or fromdescriptors. In one embodiment, an anchor point in an encoded elementindicates that the top-right corner of the dynamic text container ofpage 4 is to be positioned at Cartesian pixel coordinate (x, y)=(500,500). Notably, the anchor point is operable to be encoded on a relativescale such that when the size of the eBook display changes to be largeror smaller, the dynamic text container keeps the desired location on thepage. In preferable embodiments, the positioning and size elements ofthe dynamic text container are embedded within CSS files that are outputby the HTML Generator.

If a specific font is encoded into the generator output, including pointsize or typeface, the dynamic text container is operable to display thistext according to the descriptors. However, if the text does not fitinto the dynamic text containers due to the font size or typeface, ascrollbar or other interactive feature appears to allow for overflowtext to be read by the user. In one embodiment, the dynamic textcontainer parameters are defined by programming elements from the HTMLgenerator. In another embodiment, the parameters are set by an externalentity, wherein the eBook itself contains an embedded textbox or displayparameters for the dynamic text container.

In one embodiment, the dynamic text container displays a scrollbar forscrolling through overflow text. Based on a user's interaction through ahuman-machine interface (HMI), the HMI moves the scrollbar in thedirection of the user's input in order to display hidden or overflowtext. In other embodiments, the display of hidden text is accomplishedthrough “paging” through text. For example, this is accomplished byproviding buttons on or near the dynamic text container displaying afirst block of text such that when the HMI interacts with the button, asecond block of text is displayed with the remaining words, punctuation,and other textual elements not displayed in the first block of text.

The HMI is any human-machine interface known in the art, including amouse, touchscreen, touchpad, trackpad, joystick, and stylus. TheeReader is operable to allow any user to directly interact with thegraphical user interface (GUI) in order to perform the functions of thepresent invention. In interacting with the HMI, the user is able tocontrol and use the eReader GUI.

The GUI includes developments to eReader technology that significantlyimprove and transform previous user interfaces from simply a tool forviewing a digital book into a platform that provides interactivefeatures and display elements that result in a new experience that ismarkedly different from simply reading a book or eBook. Prior artdescribes instances of graphical interfaces that present a digital formof a book, such as a scan or reformatting of the textual elements. Incontrast, the present invention provides a combination of interactivefeatures that allow a user to control and interact with multiple aspectsof the eBook in order to improve the educational value of the eBook. Forexample, the highlighting aspect of the book directly allows users toselect, read, and hear a word from the page. In learning environments, auser who is learning a foreign language, such as Spanish, is able toclick on a Spanish word in a picture book, see the word highlighted, andhear how the word sounds. The direct interaction with and efficientreproduction of this word results in a learning environment that isadvantageous over prior art. This feature, as well as the combination ofspeed control elements, dynamic text containers, and supplementalteaching tool connections constitute a platform that has hitherto beenunavailable.

Font size transformation is also possible through the GUI, wherein theGUI is operable to display a control element, such as a slider, button,or input box, through which a user controls the font size of thedisplayed text. For example, in the case of a slider, the user moves a“slider” of the GUI on a scale. As the slider is moved along a set path,the size of the text increases. In another embodiment, the user selectsa font size from a drop-down or pop-up menu that lists point-sizes. Inyet another embodiment, font size is changed via a user gesture on atouch screen, such as clicking or double clicking via single fingeraction or pinch and/or spread via double finger action. Upon selection,the GUI updates the text displayed to be the selected size. Descriptorsare able to provide a default font size or the GUI is able to have aset, default font size within the system. Transformation of the text toa different font size occurs instantaneously, such that when a userinteracts with the GUI to change the font size, it updates automaticallyfor the user to see.

FIGS. 7A and 7B are directed towards an improved eReader graphical userinterface (GUI), wherein upon interaction with a language button, asystem is operable to change the text within a dynamic textbox toequivalent foreign language text. Additionally, upon interaction with alanguage button, the system is operable to change illustrations or othergraphical components of the eBook spread to match the foreign languagetext (for example, to change a stylized title on a title page). FIG. 7Aillustrates a Spanish translation button 701, that when clickedtransforms the text of the eBook from English to Spanish. FIG. 7Billustrates the transformed eBook text. In further embodiments, thebutton is replaced with a slider, a language preference menu, or anyother selection method known in the art of graphical user interfaces.For eBooks with multiple languages, for example an eBook that hasEnglish, Spanish, and Chinese languages, the language is selectedthrough one of the previously described methods, including a button thatrotates through the languages, a menu from which a user can select alanguage, or a slider that is operable to be dragged to a languageindicator. Other similar selection methods will be apparent to oneskilled in the art.

The GUI is additionally operable to modify the language of the eBookbased on an input from a user through the HMI. In one embodiment, thisis made possible through a virtual button on the bottom of the eReader,wherein when the user selects the button, the eReader loads the foreignlanguage elements of the eBook based on descriptors from either the HTMLGenerator or the database. For example, when a user clicks a button 701labeled “Spanish,” as in FIG. 7A, the English text and images arereplaced with text and images tagged with Spanish descriptors. Thetransition from 7A to 7B is an example of the images changing based on aSpanish descriptor, and the transition from 8A to 8B is an example ofthe text changing based on Spanish descriptors.

Additional embodiments of the foreign language switch occur through theuser inputting preferences into a server with memory and a database,such that when the eReader is initialized, it loads a language the userhas set to be a preferred language. While reading a book, the GUIdisplays one of many options for a user to choose or change the eBooklanguage displayed. This occurs through at least one graphical optionincluding: a slider, a button, a switch, a drop-down menu, or a radioselector. In one embodiment, the eReader is operable to query andreceive an indication of the preferred language of device on which theeReader is being accessed. For example, if the eReader is being accessedthrough a web browser, the eReader reads the user-agent string of theweb browser to determine the preferred language. If, instead, theeReader is accessed through an application, the application is able torequest from the device running the application a preferred systemlanguage.

FIG. 8A is one embodiment of the highlighting feature of the GUI. Thetext of the eBook illustrates a highlighted word as part of theread-aloud system. A user who clicks a button 801 activates thehighlighting feature that provides assisted reading through synchronizedhighlighting and audio speed control. As a book is read aloud by thesystem, the eReader highlights the specific word being read. Forexample, the word “Amphibians” is highlighted in FIG. 8A, indicatingthat the word “Amphibians” is currently being read aloud. The highlightsystem reads and imports the descriptors paired with each word in theeBook to determine the correct word to highlight corresponding to theword being read aloud. In one embodiment, the highlighting feature isoperable to play a specific audio file or audio clip at the same time ashighlighting a word. The feature is operable to be turned on and offwith the click of a button or other digital control method.

The highlighting feature of the eReader is further operable to connectto the descriptors of words such that when an audio file is being playedor a word is selected, the highlighting selects the correct word. In theaudio file embodiment, a user selects a “play” button on the GUI.Instantly, the eReader begins to read the text of the eBook aloud. Aseach word is read, the highlighting engine reads the descriptors fromthe coded elements or the database and determines the correct time andcharacters to highlight based on the character length, time stamp, orother elements included in the descriptors. For example, if the wordbeing played is “Alice” and the descriptors include the audio file“alice1.mp3” and keyframe “03:01:00” the highlighting engine beginsplaying the file “alice1.mp3” and highlighting the word “Alice” at time“03:01:00.” Highlighting ceases if there is a stop keyframe or the audiofile reaches the keyframe of the next word. Additionally, a descriptorindicating a specific occurrence of a repeated word to highlight allowsthe system to highlight and/or play the correct audio file or audio clipthrough indexing a word and occurrence instead of an identificationnumber or other included descriptor.

In one embodiment, the highlighting engine is operable to highlightwithout text being present. In this instance, text is either set todisplay transparently over a graphical element, such that thehighlighting occurs without any textual elements being displayed, orhighlighting is displayed according to a specific location on the book.Therefore, text that is embedded within a graphical element ishighlighted without the need for additional textual elements to bedisplayed on top of the graphical text. This highlighting is embeddedwithin a dynamic text container and/or embedded within the descriptorsof the words or graphical elements themselves. In one embodiment, adynamic text container contains text but does not display the text.Instead, it is positioned over text embedded within the graphic andhighlighting is applied to the location of the textual elements suchthat the highlighting occurs without displaying text within the dynamictext container.

In two different embodiments, the GUI offers two different methods ofreading the book aloud. One embodiment includes a button that startsplayback of the read-aloud feature for the entire book. Playback thencontinues until the end of the page, turns the page with an animation,and then continues playback of the next page. This process repeats untilthe end of the book or until the GUI receives an indication to stopplay, at which point the GUI sends a command to the read-aloud featureto stop or pause the audio. In the second embodiment, a second buttonallows for playback of the open page or spread. When interacted withthrough the GUI, the read-aloud feature loads and plays the audiocorresponding to the specific page displayed. When playback for thatpage is completed, the same page or spread remains displayed for furtherinteraction or re-reading.

Additionally, when a user selects a word through an HMI input, theeReader activates the highlighting feature, highlights the selectedword, reads the descriptors of the selected word, and plays acorresponding section of the audio file or audio clip. For example, ifthe full narration is stored in a single file, the highlighting featureloads the single file and begins playing the file at the timestampindicated in the word descriptor. If, instead, each word is contained inan audio clip, the highlighting feature loads the audio clip of theselected word and plays the file from the beginning.

Alternatively, each syllable of a word is highlighted as it is readaloud. In one embodiment, the entire word being read aloud ishighlighted, with each syllable of the word being highlighted with adifferent color or otherwise emphasized, such as by changes to the font(e.g. bolding, italicizing, underlining, etc.) as it is read aloud.

FIG. 8B is a Spanish language embodiment of the highlighting feature of8A. The foreign language descriptors of each word or the foreignlanguage words and their descriptors are used to play the correct audioclip or audio file at the same instance as the highlighting occurs.

The highlighting engine is also operable to apply highlighting to agroup or series of words instead of a single word or syllable. FIG. 8Cillustrates one embodiment, wherein the highlighting engine is set tohighlight one word before and one word after the word being read. Theword read aloud is “and,” while “Amphibians and reptiles” ishighlighted. In FIG. 8C, the word read aloud, “and,” is highlighted in adifferent manner (a different color) than the other words that arehighlighted, though in alternative embodiments, the highlighting isuniform between words. The number of words highlighted before or after aword is set through a user preference, a descriptor in the eBook, adescriptor in the page or spread, and/or a default value for theeReader. In one embodiment, the highlighting engine continues tohighlight the specified number of words before or after a word as theread-aloud feature reads each word of the eBook. For example, asillustrated in FIG. 8D, as the read-aloud feature continues reading theparagraph from 8C, the next word, “reptiles,” is highlighted along withsurrounding words “and” and “are.” In another embodiment, groups ofwords are highlighted at a time, such as a sentence or a line. Forexample, in one instance, the first sentence of the same paragraph ishighlighted in full: “Amphibians and reptiles are two different classesof animals.” Once the entire sentence has been read, the next sentenceis highlighted: “Scientists who study them are called herpetologists.”Sentences, clauses, or phrases are highlighted based on the punctuationin the sentence, such as words between periods, words between a periodand a comma, or words between two punctuation marks including thepunctuation marks. In a further embodiment, a line of text ishighlighted at a time, including the words and punctuation marks betweenone line break and a second line break. In yet another embodiment, afull paragraph is highlighted.

Notably, the highlighting format is not limited to the embodimentsillustrated in the figures. Highlighting changes the properties of theappearance of a section of highlighted text through modifying or addingat least one of: a background color, a text color, a font size, symbolsaround or near the section, a graphic around the section, movement,italics, bold, and/or underlining. Furthermore, highlighting a wordshould be understood by one skilled in the art to extend to charactersand symbols of languages that do not use the Roman or Latin alphabet,e.g., Chinese characters, wherein a character or symbol is highlightedas opposed to a word.

Additionally, a title database is operable to hold a list of bookstitles, stored location, identification numbers, International StandardBook Number (ISBN), page numbers, number of pages audio available,available languages, available interactive elements, font information,purchase history, and an indication of availability. The database isupdated based on a user's purchase history, publisher availability,and/or eBooks owned by a user.

The eReader is further operable to receive an input as to which eBook toload. Upon receiving the input, the eReader queries the title databaseand retrieves the requested title. The eReader then loads the eBook fromthe HTML Generator or the stored location of the HTML Generator outputand displays the graphical elements of the eBook based on the embeddeddescriptors. In one embodiment this is done locally, wherein each eBookwith the output from the HTML Generator is stored on a user deviceaccessing the eReader. In another embodiment, this data is loaded fromthe cloud. In the cloud-based embodiment, the eReader is loaded throughan internet-capable device. The eReader then queries a server in orderto retrieve eBook elements and displays these elements in the eReader.The server is operable to receive the query, match the eBook requestedin the query to a title database, and download the eBook to the eReader.In one embodiment, the eBook is temporarily stored in temporary cachesof the device and is not permanently stored. In another, the book isstored in the permanent storage of the device and is available foroffline reading of the eBook. In the offline instance, the eBook and anyadditional resources, including to interactive elements, related media,or teaching resources, are downloaded along with the eBook to thedevice.

FIG. 9 is one embodiment of the speed selection GUI. The GUI is operableto have a selection menu on the eReader that allows for a selection ofthe playback speed of the audio. The selection menu is operable to, whenselected by a user, modify the playback setting of the read aloud systemand/or use a mathematical multiplier on the timestamps or other audialdescriptors in order to change the output speed of the read aloudsystem.

The read-aloud feature is operable to be engaged with or withouthighlighting. The read-aloud feature, when activated through theeReader, begins to play a specific audio file or audio clip based on thedescriptors of the eBook. For example, if the elements of the pageinclude descriptors for “page 5,” the read-aloud system would retrievethe audio files or audio clips with descriptors for page 5 and begin toplay them aloud. If a user interacts with the GUI to change the speed atwhich the audio is played, the read-aloud system receives an instructionfrom the GUI to play the audio at an increased rate. In one embodiment,this is accomplished by multiplying the timestamps of the audio file bythe user-indicated speed adjustment. For example, an audio file for apage that in standard operation runs for 1 minute runs for 30 secondsafter speed adjustment. In another embodiment, the read-aloud feature isoperable to play audio clips at increased rates in sequential order.

The read-aloud speed is alternatively operable to be adjusted through aselection of a preferred words per minute (WPM). Instead of selecting amultiplier, the user selects a WPM from a menu. Additionally, when aspeed is selected by a user, the GUI is able to load an audio file thatis secondary to the main audio file, wherein the secondary audio filecontains a narration recording that is read faster than the main file.The main file is either an audio file that contains a “sped-up”narration or is a series of audio clips that are read and/or sequencedto have a faster narration time. Additionally, when loading anadditional audio file, audio clips, and/or applying a multiplier, theread-aloud system is operable to change the bitrate, pitch, and othersound elements of the files in order to provide a listenable file. Forexample, in some technologies, the sound file is increased in speed bychanging the bit rate, which affects the pitch of the sound. Theread-aloud system is able to overcome these shortcomings by adjustingthe volume, pitch, etc. to make the audio file sound more natural andlistenable.

FIG. 10 is one embodiment of the teaching tools links section of theGUI. The GUI is operable to include a selection menu 1003 on the eReaderthat allows for a selection of a teaching tool that corresponds to theeBook. The teaching tools are comprised of a preset list of teachingelements. The selection menu 1003 is operable to, when receiving aselection from a user, direct the user to a webpage or additionalsection of the eReader that contains the linked teaching tool. Incontrast to prior art, this provides a succinct, efficient method forlinking a user to teaching tools relevant to the specific eBook. Insteadof having to use a search engine, non-connected webpages, or additionaltools that are not relevant to the eBook, the present invention allowsfor hyper-specific tools and resources to be linked directly from theeReader or eBook itself.

As illustrated in FIG. 10 , the GUI is operable to display links andinteractive elements that relate directly to the eBook material. Theinteractive elements and teaching tools are included in descriptors ofthe eBook. When the GUI is loaded, teaching elements from thesedescriptors are incorporated into the eReader display. For example, FIG.10 illustrates a button that when pressed displays a menu showingrelevant quizzes and teaching materials to the eBook. Furtherembodiments of the improved GUI include interactive elements within theeBook itself. For example, when a user selects an illustrated rabbit onthe page of an eBook, a guide on rabbits appears as an overlay to theeBook. The teaching materials are operable to be links to other elementsor action buttons that display the elements within the eReader itself.

Since the eBooks generally reflect standards for state or nationalstandards, the teaching tools further include a resource which indicatesthe pages, elements, or methods of teaching that meet these standards.The standards include at least NGSS (Next Generation Science Standards)and Common Core standards. For example, a linked resource indicating thestandards of the eBook Amphibians and Reptiles represented in FIG. 10includes the following line:

Grade: 1; Number: 1.MD.C.4; Standard: Organize, represent, and interpretdata with up to three categories; ask and answer questions about thetotal number of data points, how many in each category, and how manymore or less are in one category than in another

“Grade: 1” indicates the grade level of the curriculum standard that theeBook meets. “1.MD.C.4” indicates the reference number of the CommonCore standard that the eBook meets, which is the Common Core mathematicscategory of Measurement and Data and subcategory of Represent andInterpret Data. The “Standard” tag provides a description of thecurriculum standard. In this way, the quick access teaching tools andresources benefit teacher users in allowing for ease of planning andimplementation of the eBooks into their curriculums.

FIG. 11 is one embodiment of the gesture control elements of the GUI.The GUI is operable to allow a user to interact with the eReader to turna page. A user interacts with a touchscreen, optical input, or any othermethod known in the art of Human-Machine Interfaces (HMI). When a user“touches,” “presses,” “clicks,” or otherwise interacts with a specificpoint on the eBook and subsequently drags the input (using a hand,stylus, digital mouse pointer, etc.) to the left or the right side ofthe screen, the page of the eBook transitions to another page.Preferably, the pixels of the page displayed on the eReader follow theinput in order to mimic the real-world depiction of a page turn.Gestures are not limited to page turning or left and right motion.Instead, other features are possible that allow the pages of the eBookto move along with a user input. Additionally, elements of the eReaderare operable to react to the input. For example, in one embodiment, aswipe up on the bottom bar of the eReader displays a visual element fromwhich a user can select which page to jump to.

Gestures are additional methods through which a user is able to interactwith the GUI in order to control the page turn, teaching elements, speedof the read-aloud feature, highlighting of words, and other elements ofthe eReader. In one embodiment, the user interacts with the GUI throughan HMI. Upon selecting a portion of a page of the eBook and dragging,the page moves in the direction of the dragged input. This results inthe page turning in a method similar to that of turning a physical book.In one embodiment, as an HMI input device (such as a mouse cursor, ahovering finger, etc.) nears the edge of a page, the page displays apartial turn animation to indicate gesture capability. The partial turnanimation in one embodiment appears to show the virtual page cornerbeing folded backwards showing an eminent page turn. Other gestureexamples include providing two inputs to the eReader and performing a“pinching” motion to decrease the size of the text or images of theeBook, performing a “grabbing” motion with multiple inputs in order toreturn to the beginning of a book, and “double tapping” or “doubleclicking” an element in order to highlight it. Further embodimentsinclude utilizing sensors available to the device, including pressuresensitivity, in combination with gestures in order to provide moreuser-eReader interactions.

Additionally, gestures are operable to be included in the descriptors ofthe eBook itself, such that when a user performs a specific gesture withan HMI, the eBook performs in a specific way. For example, if a specificeBook is focused on teaching shapes to children, if a user inputs acircular gesture the eReader displays a circle or plays an audio filedictating the word “circle.”

Notably, the audial descriptors of the present invention are not limitedto being paired only with words. Audial descriptors are also able to bepaired with images, dynamic text containers, and other elements of aneBook. For example, in one embodiment, a user selects a picture of amouse in an illustration, the eReader checks the descriptorsillustration image file for audial descriptors, and if there is adescriptor, loads the corresponding audio file and plays the sound.Descriptors of this kind are contained either within the image fileitself, as in the previous example, or within an element that isdisplayed on the page. For example, in another embodiment, an eBook ofAlice in Wonderland contains an illustration of a book character, suchas the Mad Hatter, that when selected plays dialogue from the audio filefor the accompanying text. In alternative embodiments, interactiveelements include indications of interactivity, including a box aroundthe element or a symbol next to the element.

In one embodiment, the eBook includes supplemental content on a page,such as a sidebar, which includes text, audio, video, or otherinteractive elements. If the supplemental content includes text orimages with related audio content, the read-aloud feature is operable toplay the audio files or audio clips associated with the elements. Thesupplemental audio files or audio clips are operable to be stored in thedescriptors of the sidebar, page, eBook, or elements themselves.

When the read-aloud feature is engaged and audio files or audio clipsare being read aloud, a user is able to select an interactive word orimage to play an additional audio file or audio clip that corresponds toa graphic or word. The eReader is operable to have a setting dictatingwhether the narration is paused before playing the additional audio.When narration pausing is enabled, the narration pauses, plays the audiocorresponding to the selected word or graphic, and then resumesnarration from the last word read. When it is not enabled, the eReaderdoes not allow selection of the interactive word or image.

In further embodiments of the image/audio selection, a user selects aportion of the page, and an image analysis engine compares the graphicelements to known images. When a graphic is recognized, for example animage of a rabbit or a barcode, corresponding audio is played. Thecorresponding audio is determined either through descriptors stored inthe eBook or a connected external database.

FIG. 12 is one embodiment of the word selection feature of the GUI. Inthe illustrated embodiment, a user interacting through an HMI is able toselect a word to be played. When the user selects this word, thecorresponding audio clip or portion of an audio file is read aloud tothe user. Optionally, the word is highlighted at the same time in orderto indicate the word being read aloud. In FIG. 12 , a user is selectingthe word “anfibios,” which is read aloud to the user. In otherembodiments, a user selects a word through an HMI and the correspondingtranslation of the word in a foreign language is read aloud.

Usage data corresponding to a user's interaction with eBooks iscollected and stored in a usage memory and usage database. Usage dataincludes eBooks read, pages read, teaching resources accessed, timespent viewing each page within each eBook, and/or any other analyticsmetric useful for understanding the interaction of a user with an eBookor eReader. Preferably, for eBooks read, a percentage metric is used inorder to indicate that an eBook has been read. In the preferredembodiment, the percentage of pages viewed in order to mark an eBook asread is greater than 50 percent of the book. In another embodiment, thepercentage is 60 percent or greater. In a still further embodiment, thepercentage is when a book has been viewed in its entirety.

The GUI is then operable to retrieve the usage data from the usagememory and usage database and display the numbers in an auto-updatingchart, wherein the chart automatically matches the usage data to eBooksin the eBook database and populates the chart with eBooks that the userhas interaction data with. FIGS. 13A-13C illustrate one embodiment,wherein usage data corresponding to eBooks read by users under anadministrator account is displayed in a usage chart. The GUIautomatically retrieves the usage data from the usage memory and usagedatabase and populates the usage chart with the corresponding count ofeBooks read. FIG. 13A illustrates a default view of the usage datachart, where each usage data category 1303 is displayed next to thecorresponding interaction count 1305 by year 1309. The categories areoperable to be expanded into subcategories by “clicking” or “tapping” anexpansion button corresponding to each category 1301. Each year isadditionally paired with an expansion button 1307. An “expand orcondense all” button 1311 is also supplied that allows expansion of alluser data categories into subcategories or eBook listings. A header 1319with overview information about the user is also displayed indicatingany profile information as well as high-level interaction data, such asthe number of hits a certain user's eBooks have in total.

As illustrated in FIG. 13B, once an expansion button is selected, ittransforms into a condense button 1313. Subcategories subsequently haveexpansion buttons associated with them that allow further subcategoriesor eBooks to be displayed. Automatic population of read eBooks 1315 isdisplayed in the illustrated embodiment along with a breakdown of wheneach book was read by year in the chart 1317. The data in the chart 1317is directly linked to the usage memory and usage database and updatesautomatically based on the user interaction data. Additionally, FIG. 13Cillustrates an expansion of the years into months, which provides moredetailed usage data for each eBook. In further embodiments, users areoperable to select a specific book or teaching resource and see theinteraction data for that book or teaching resource alone.

Alternative embodiments of the usage data chart include graphs andtimelines that depict the usage data of eBooks in similarly customizablemanners. For example, in one embodiment a line graph is drawn depictingthe change in number of pages read over time. The graph maintains itstiered level of information, which provides a customizable and easy wayof analyzing usage data of eBooks.

The usage data GUI of the present invention is a significant improvementover prior art, as it allows for highly specific usage data specific tothe user to be automatically displayed. Notably, the user analytics andinteraction data stored in the usage memory and usage database providepreviously unavailable data to publishing, library, and other bookowners as well as a unique graphical depiction of the usage data in atiered level of depth. Usage and interaction data provided by useranalytics and the Internet enable libraries to track which books are themost popular, publishers to track which books are being read, andteachers to understand whether assignments are being completed by theirclasses, among other benefits. These benefits were previouslyunavailable in these fields before computer technology was available.

FIG. 14 is a schematic diagram of an embodiment of the inventionillustrating a computer system, generally described as 800, having anetwork 810, a plurality of computing devices 820, 830, 840, a server850, and a database 870.

The server 850 is constructed, configured, and coupled to enablecommunication over a network 810 with a plurality of computing devices820, 830, 840. The server 850 includes a processing unit 851 with anoperating system 852. The operating system 852 enables the server 850 tocommunicate through network 810 with the remote, distributed userdevices. Database 870 may house an operating system 872, memory 874, andprograms 876.

In one embodiment of the invention, the system 800 includes acloud-based network 810 for distributed communication via a wirelesscommunication antenna 812 and processing by at least one mobilecommunication computing device 830. In another embodiment of theinvention, the system 800 is a virtualized computing system capable ofexecuting any or all aspects of software and/or application componentspresented herein on the computing devices 820, 830, 840. In certainaspects, the computer system 800 may be implemented using hardware or acombination of software and hardware, either in a dedicated computingdevice, or integrated into another entity, or distributed acrossmultiple entities or computing devices.

By way of example, and not limitation, the computing devices 820, 830,840 are intended to represent various forms of digital computers 820,840, 850 and mobile devices 830, such as a server, blade server,mainframe, mobile phone, personal digital assistant (PDA), smartphone,desktop computer, netbook computer, tablet computer, workstation,laptop, and other similar computing devices. The components shown here,their connections and relationships, and their functions, are meant tobe exemplary only, and are not meant to limit implementations of theinvention described and/or claimed in this document

In one embodiment, the computing device 820 includes components such asa processor 860, a system memory 862 having a random access memory (RAM)864 and a read-only memory (ROM) 866, and a system bus 868 that couplesthe memory 862 to the processor 860. In another embodiment, thecomputing device 830 may additionally include components such as astorage device 890 for storing the operating system 892 and one or moreapplication programs 894, a network interface unit 896, and/or aninput/output controller 898. Each of the components may be coupled toeach other through at least one bus 868. The input/output controller 898may receive and process input from, or provide output to, a number ofother devices 899, including, but not limited to, alphanumeric inputdevices, mice, electronic styluses, display units, touch screens, signalgeneration devices (e.g., speakers), or printers.

By way of example, and not limitation, the processor 860 may be ageneral-purpose microprocessor (e.g., a central processing unit (CPU)),a graphics processing unit (GPU), a microcontroller, a Digital SignalProcessor (DSP), an Application Specific Integrated Circuit (ASIC), aField Programmable Gate Array (FPGA), a Programmable Logic Device (PLD),a controller, a state machine, gated or transistor logic, discretehardware components, or any other suitable entity or combinationsthereof that can perform calculations, process instructions forexecution, and/or other manipulations of information.

In another implementation, shown as 840 in FIG. 14 , multiple processors860 and/or multiple buses 868 may be used, as appropriate, along withmultiple memories 862 of multiple types (e.g., a combination of a DSPand a microprocessor, a plurality of microprocessors, one or moremicroprocessors in conjunction with a DSP core).

Also, multiple computing devices may be connected, with each deviceproviding portions of the necessary operations (e.g., a server bank, agroup of blade servers, or a multi-processor system). Alternatively,some steps or methods may be performed by circuitry that is specific toa given function.

According to various embodiments, the computer system 800 may operate ina networked environment using logical connections to local and/or remotecomputing devices 820, 830, 840, 850 through a network 810. A computingdevice 830 may connect to a network 810 through a network interface unit896 connected to a bus 868. Computing devices may communicatecommunication media through wired networks, direct-wired connections orwirelessly, such as acoustic, Radio Frequency (RF), or infrared, throughan antenna 897 in communication with the network antenna 812 and thenetwork interface unit 896, which may include digital signal processingcircuitry when necessary. The network interface unit 896 may provide forcommunications under various modes or protocols.

In one or more exemplary aspects, the instructions may be implemented inhardware, software, firmware, or any combinations thereof. A computerreadable medium may provide volatile or non-volatile storage for one ormore sets of instructions, such as operating systems, data structures,program modules, applications, or other data embodying any one or moreof the methodologies or functions described herein. The computerreadable medium may include the memory 862, the processor 860, and/orthe storage media 890 and may be a single medium or multiple media(e.g., a centralized or distributed computer system) that store the oneor more sets of instructions 900. Non-transitory computer readable mediaincludes all computer readable media, with the sole exception being atransitory, propagating signal per se. The instructions 900 may furtherbe transmitted or received over the network 810 via the networkinterface unit 896 as communication media, which may include a modulateddata signal such as a carrier wave or other transport mechanism andincludes any delivery media. The term “modulated data signal” means asignal that has one or more of its characteristics changed or set in amanner as to encode information in the signal.

Storage devices 890 and memory 862 include, but are not limited to,volatile and non-volatile media such as cache, RAM, ROM, EPROM, EEPROM,FLASH memory, or other solid state memory technology; discs (e.g.,digital versatile discs (DVD), HD-DVD, BLU-RAY, compact disc (CD), orCD-ROM) or other optical storage; magnetic cassettes, magnetic tape,magnetic disk storage, floppy disks, or other magnetic storage devices;or any other medium that can be used to store the computer readableinstructions and which can be accessed by the computer system 800.

It is also contemplated that the computer system 800 may not include allof the components shown in FIG. 14 , may include other components thatare not explicitly shown in FIG. 14 , or may utilize an architecturecompletely different than that shown in FIG. 14 . The variousillustrative logical blocks, modules, elements, circuits, and algorithmsdescribed in connection with the embodiments disclosed herein may beimplemented as electronic hardware, computer software, or combinationsof both. To clearly illustrate this interchangeability of hardware andsoftware, various illustrative components, blocks, modules, circuits,and steps have been described above generally in terms of theirfunctionality. Whether such functionality is implemented as hardware orsoftware depends upon the particular application and design constraintsimposed on the overall system. Skilled artisans may implement thedescribed functionality in varying ways for each particular application(e.g., arranged in a different order or partitioned in a different way),but such implementation decisions should not be interpreted as causing adeparture from the scope of the present invention.

Additionally, for devices with video and audio capturing equipment (e.g.a camera and a microphone), the eReader of the present invention allowsfor recording and playback of video and audio elements within an eBook.FIGS. 15A-15D illustrate different features of this capability. In FIG.15A, the eReader displays a record button 1501, which when selected bythe user begins the recording process for the displayed eBook page. FIG.15B illustrates a video monitoring window 1505, which displays a videostream from the video capturing equipment so that users can monitor therecording process. Additionally, the eReader is operable to displayinstructions 1513 for the recording process. In FIG. 15B, theinstructions 1513 are docked on top of the video monitoring window witha close button 1503, which removes the instructions from the GUI. Theinstructions 1513 are operable to be displayed in any location withinthe GUI and recite wording as set by an eBook creator. Additionally, thelanguage of the instructions reflects either the system language of thedevice or the language selected within the eReader itself. In oneembodiment, when a record button is selected, video and audio arerecorded and stored with the eBook files. Descriptors for the eBook aremodified to indicate presence of recorded video and audio.

The eReader recorder is operable to function in two different mannersbased on input from the user. In a first instance, as indicated by FIG.15B, the recording user selects the record button 1501, and the pages ofthe eBook automatically turn such that a user recording narration doesnot have to interact with the eBook to record multiple pages. In analternative embodiment, the pages do not automatically turn, but theuser is able to select a page turn button or perform a gesture to moveto a subsequent page while recording continues. In a second instance, asillustrated by FIG. 15C, the user selects the stop button 1509 to stoprecording for a single page. In this instance, a user is able to recorda video message for a page or simply narrate on a page-by-page basis. Apause button 1507 also pauses the video and audio recording temporarilyand resumes upon a subsequent selection of the button or selection of arecord button. An overview button 1511 is additionally operable todisplay an indication of every page that contains recorded elements andchange the page displayed to a selection of the user.

FIG. 15D illustrates the mobility of the video recording window 1505.Based on input from an HMI, the GUI is operable to move the videorecording window 1505 to a different location on the eBook spread. Forexample, if the video recording window 1505 is displayed on top of eBooktext, a user is able to move the window such that the text is visible.In one embodiment, the location of the video recording window is set andstored within the eBook for each page. In this instance, the videorecording window becomes an embedded element within the eBook withdescriptors indicating the location it is docked to. Thus, when an enduser is viewing the recorded elements, the video recording window is bydefault not overlaid on top of the text recorded.

In one embodiment, when the play button is selected in eBooks withrecorded elements, the eReader loads the recorded video and audio filesand plays these elements instead of the default narration elements thatthe audial and textual descriptors are linked to. In another embodiment,controls for the recorded elements are displayed in addition to thenarration and highlighting controls.

In an alternative embodiment, an audio-only version of the recordingfeature allows a user to record audio without recording or viewing videoelements. In this instance, the eReader is operable to display onlycontrol buttons and instructions without a video recording window forfeedback.

Furthermore, video and audio recordings are operable to be sharedbetween eReaders. In one embodiment, this occurs through sending therecordings through a digital communication method, including email,instant messaging, and/or wireless communication methods covered underor used as combinations of the Institute of Electrical and ElectronicsEngineers (IEEE) 802.11 standards for wireless communication (e.g.,WIFI, BLUETOOTH, NEAR FIELD COMMUNICATION (NFC), or ZIGBEE).Alternatively, the recordings are uploaded to a server with memory and adatabase, wherein eReaders are operable to request a specific recordingand download the recording or stream it. The server is operable toimplement digital encryption or username/password protection to securethe uploaded recordings and thereby restrict access only to specificusers.

The recording features provide a significant benefit to both userslearning to read and speak a language as well as to provide sentimentalvalue and bolster personal connections between individuals. For example,children learning how to read benefit significantly from hearing howthey sound or seeing themselves speak, and the eReader provides apowerful tool for delivering this through recording features.Additionally, for a user learning a foreign language, these featuresprovide similar benefits so that pronunciation and clarity can beassessed and corrected. Furthermore, the recording features providesentimental value, such as providing a “snapshot” of a child or parent'svoice and appearance at a specific age. Families separated over longdistances, such as military families, are also beneficiaries of thesefeatures, as the recorded elements act as mementos or messages thatprovide comfort and connection through eBook technology.

FIG. 16 illustrates a locking feature of the control bar. The controlbar is operable to have a lock switch 1601, such that when a userselects it, the control bar either stays visible while an eBook isdisplayed or activates auto-hide mode, wherein the control bar isdisplayed only when the user interacts with the eBook or an input devicemoves near the bottom of the screen (e.g. a mouse cursor). Once theswitch is selected, it changes visible states such that it displayswhether the control bar is locked or unlocked.

FIG. 17 illustrates the visible page selection feature of the eReader,wherein upon selection of the overlay button 1701, thumbnail images 1703of the eBook are displayed indicating a page or spread of pages withinthe eBook. When a user selects a thumbnail, the eReader loads thecorresponding page or spread and displays it through the GUI. Thethumbnails 1703 also have scrolling capability. The embodiment in FIG.17 is a click-and-drag (or touch-and-drag) implementation, such that auser “slides” the thumbnails 1703 from right to left in order to see allpages in the eBook. Alternative embodiments include a scroll bar similarto that of the dynamic text container or a scrolling indication of thepage number of the thumbnails displayed.

FIG. 18 illustrates three different access methods to specific eBookdatabases. In one embodiment, a user accesses a personal eBook databasethrough creation and access to a personal account with a username andpassword. In another embodiment, the user accesses a school eBookdatabase through selection of a school and providing an access code orpassword associated with that school. In a third embodiment, the useraccesses a library eBook database through selection of a library andinputting a library card number associated with that library. Each ofthese login methods provide access to an eBook database with eBooks thatare purchased or available for users. Each individual type ofadministrator user associated with an entity (personal, school, library,etc.) has privileges to purchase eBooks and add to the eBook databasefor that particular entity. Another user is able to access an entity'seBook database by inputting corresponding credentials. When a user logsinto a specific entity's eBook database, the eReader is operable tostore these credentials and log in upon activation or remain logged into the eBook database. Additionally, when a user logs into an eBookdatabase, the device is registered with the specific entity's account,which provides analytics and management of devices attached to aspecific entity's account.

FIG. 19 illustrates one embodiment of an eBooks display page, whereinbooks in the eBook database are displayed accompanied with their titlepages and are organized by category. The categories displayed in FIG. 19are “New Releases” and “Additional Titles,” though the system isoperable to assign any category name to an item, such as a curriculumstandard that the eBook meets. Each eBook in the eBook database istagged with a category such that the eBooks display page automaticallydisplays each tagged item in accordance with the category name.Furthermore, a language switch button 1901 is operable to change thetitle pages displayed to the foreign language equivalents and displaylanguage-corresponding category names. The language switch button 1901is not limited to a button, but in some embodiments is a slider, adrop-down menu, a radio-selector, or any other selection method known inthe art that allows for selection of a language from two or morelanguage choices. In another embodiment of the eBook display page, afilter mechanism allows for users to sort eBooks based on a selectedcategory or in a specific order (e.g. alphabetical, grade level, etc.).

FIG. 20 illustrates an education standards searching mechanism resultspage, through which a user is able to find books that meet a specificcurriculum standard, such as NGSS or Common Core. The results page ofFIG. 20 shows results from searching for books meeting the Common Corestandard of Grade 2 Social Studies. The system returns an indication ofthe eBooks that meet this standard, sub-standards that the eBook meets,and a description of the sub-standard. The search is operable to be donethrough textbox, dropdown menu, radio selector, or any method of inputknown in the art for indicating a standard to be searched or sorted. Ina further embodiment, the results page is displayed with eBook titlepages in addition to or instead of the eBook title. Furthermore,additional embodiments allow for searching and sorting by a specificlanguage, a specific standard, title names and/or categories.

FIG. 21 illustrates one embodiment of an eBook purchase page, whereinthe eReader is operable to allow a user to purchase an eBook or set ofeBooks. The illustrated embodiment is a mobile device application withsets of eBooks available for purchase. A user is able to select throughan HMI a purchase button 2101 to purchase an eBook. The purchase buttonis operable to display a price of the eBook or simply indicate that aneBook is able to be purchased. In one embodiment, selecting the purchasebutton redirects to a purchase page for entering payment information andpurchasing the item. In another embodiment, an external payment systemto the eReader is built into the device and is automatically activated(for example a mobile payment system, such as APPLE PAY). Additionally,once an eBook or eBook set has been purchased, each eBook in the eBookdatabase is updated to indicate that the eBook has been purchased and isavailable for reading. The eReader is operable to display the eBooks inthe eBook database through a tab, which the user is able to switchthrough by selecting a filter button 2103. Upon selection, the filterbutton 2103 is able to display all of the eBooks, only the installedeBooks, eBooks available for purchase, or eBooks with available updates.

FIG. 22 illustrates another embodiment of the eBook purchase page,wherein Uninstall 2201, Download 2203, and Buy Now 2205 buttons areprovided for uninstalling a downloaded eBook from the device accessingthe eBook purchase page, downloading to the device, or purchasing theeBook.

FIG. 23 illustrates a filtered eBook purchase page with an eBook listingfor a purchased eBook. The radio selectors 2301 allow for a user toindicate whether the book should be stored in the cloud or downloaded tolocal storage on the device itself. When a user keeps an eBook in thecloud, when the eReader is loaded to be read, it first downloads atemporary copy to temporary storage on the device and displays theeBook. Temporary storage is cleared upon changing eBooks or digitallyleaving the eReader environment. When downloaded, the eBook is stored onthe device and is loaded by the eReader when selected to be read by auser.

FIG. 24 illustrates one embodiment of a network server architecture,wherein the server provides access to both a front-end reader user 2401and a back-end administrator user 2403. The network server providesaccess to a web server 2405, a database 2407, custom creator tools 2409,and a file system 2411. The web server 2405 provides access to thefront-end tools for interacting with an eBook, such as the eReader app2413 and/or other tools, such as teacher quizzes, reading statistics,and other front-end user-based functionality disclosed herein. An adminapp 2415 provides access to administrative tools that allows forcreation, generation, and management of eBooks, eBook data (e.g.,descriptors, images, audio, and metadata), code and markup data, andavailability of titles, quizzes, resources, and other teacher-basedfeatures of the system. The database 2407 is a database that includesboth eBook data 2417 (such as book pages) and eBook descriptors andother metadata 2419 (such as timing data for audio and video). Adatabase management tool 2419 allows for an administrator user to modifyand/or add eBook data to the database.

The custom creator tools 2409 and the file system 2411 interact, in oneembodiment, in the same way the creation and generation tools for eBooksare described above. In another embodiment, the custom creator tools2409 include at least four functions that interact with eBookinformation stored on the file system 2411. The scrub 2423 functionalityperforms the steps of receiving a digital book (e.g., a book PDF 2431from the file system 2411), as described above, extracting text, images,and related metadata (e.g., page numbers, paragraph numbers, word count,word length, image size, etc.), and storing the extracted text, images,and related metadata in the file system 2411. In one embodiment, thecustom creator tool is operable to store a transcript 2433 with astructured and/or unstructured version of the text of the digital bookin the file system 2411. The custom creator tool 2409 is operable toautomatically generate computer-readable output for displaying andallowing interaction with the eBook content, illustrated in FIG. 24 by“Make page HTML” 2425, which in one embodiment includes the HTMLGenerator and its functionality, as disclosed herein. Notably, thecomputer-readable output includes, in one embodiment, intake of thestructured and/or unstructured data of the transcript 2433 and output ofany computer-readable instructions for display and/or interaction,including HTML, JavaScript, PHP, CSS, SQL, JSON, Flash, Ruby, and/or anyother programming language or markup language for providing thefunctionality disclosed. In one embodiment, the custom creator tools2409 outputs book page data HTML 2435, which is then indexed in thedatabase 2407 with the book pages 2417 and other metadata.

In another embodiment, the custom creator tools 2409 receives book audio2437 and the transcript 2433 and uses forced alignment 2427functionality to generate timing data for the highlighting and/or audioor video playback functionality of the eReader. Forced alignment 2427(or “force alignment”) matches beginning and end times of words,characters, and punctuation marks with audio and/or video timestampsand/or keyframes. In one embodiment, forced alignment 2427 generatessynthetic audio for the text of the eBook and, based on an analysis ofthe book audio 2437 and the synthetic audio, the forced alignment 2427outputs an indication of matched words, characters, and punctuationmarks. In one embodiment, the output is provided as JSON timing data2439, which is stored in the file system 2411. Forced alignment 2427 isdescribed in further detail with respect to FIG. 25 .

FIG. 24 further illustrates generation of SQL 2429 from the forcedalignment output, wherein the custom creator tools 2409 transform theJSON timing data 2439 from the forced alignment into SQL timing data2441, wherein the custom creator tools 2409 store the SQL timing data inthe file system 2411. The timing data 2441 is then stored and/or indexedin the database 2407 as eReader-accessible timing data 2419. Preferably,this allows for highlighting and playback of audio/video in the eReaderapp 2413 based on the stored and indexed information in the database2407.

FIG. 25 illustrates one embodiment of forced alignment, wherein audio issynchronized to text of a book. In one embodiment, text 2501 isextracted from a digital book and/or retrieved from a database and/orfilesystem. Synthetic audio 2503 is generated based on the text 2501using any text-to-speech (TTS) model known in the art. The syntheticaudio is compared 2509 to the input audio 2507, which is derived fromany input source 2505, such as through an eReader recording system or aseparate audio stored in a local or remote server and/or file system.Based on the comparison, beginning and ending keyframes for each word,character, punctuation mark, syllable, phrase, sentence, sentencefragment, or paragraph is determined, wherein the keyframes, text, andany other corresponding metadata is stored and/or indexed in thedatabase 2511. In the illustrated embodiment, the word “the” is matchedto beginning keyframe KF1 and ending keyframe KF2 of the input audio2507. The word “the” and the corresponding keyframes are stored in thedatabase 2511. In one embodiment, a correlation score or confidencevalue is generated for each word, character, punctuation mark, syllable,phrase, sentence, sentence fragment, or paragraph. If a correlationscore or confidence value is greater than a threshold, then the word ismatched to the corresponding audio segment of the input audio 2507. Forexample, in one embodiment, a beginning keyframe and an ending keyframeof the input audio 2507 has a confidence value of 0.95 for the word“went.” The confidence interval is compared to a preset minimumthreshold of 0.9, wherein upon determining that the confidence value isgreater than the threshold, the keyframes are associated with thecorresponding word, “went,” and the text, the audio, the keyframes, andany corresponding metadata are stored and indexed within the database2511. In another embodiment, a confidence interval is at least partiallybased on surrounding words. For example, a confidence interval of theword “rabbit-hole” is calculated to be higher based on identified audiokeyframes identified for words “the” and “went” in adjacent time spaces.In another embodiment, the analysis occurs directly without thecomparison to a synthetic audio. For example, keyframes are determinedbased on a comparison of the input audio 2507 to a pre-generated speechmodel for a library of speech elements. Notably, this is a high-leveldescription of the algorithms and processes behind forced alignment, andone of ordinary skill in the art will recognize that any current andfuture systems for forced alignment and equivalent systems are withinthe scope of this invention. For example, in one embodiment, theinvention includes any form of forced alignment via dynamic time warping(DTW) or automatic speech recognition (ASR) via hidden Markov models(HMM).

The table 2513 illustrated in FIG. 25 further shows how text and audioare paired together within the database 2511. Notably, the system isoperable to store the extracted audio and text (including theircorresponding textual descriptors and audio descriptors) with each ofthe audio metadata, including keyframes (KF1, KF2, etc.). The system isfurther operable to store the audio file as a single file or asindividual audio segments that are separate files. For example, in theillustrated embodiment, the words “the” and “rabbit-hole” are associatedwith mp3 file “2,” while the word “went” is associated with the mp3 file“3.”

FIG. 26A illustrates a video-based embodiment of the present invention,wherein the eReader GUI provides a video that corresponds to the text ofthe displayed eBook. For example, in one embodiment, the video is arecording of a person reading the text of the book. In one embodiment,the audio processed by the system for generating keyframes, descriptors,and other metadata is extracted and/or processed from the video. Forexample, in one embodiment, forced alignment is performed on the audioof the video to generate keyframes for the beginning and ends of words,characters, punctuation marks, syllables, phrases, sentences, sentencefragments, or paragraphs. During operation, the eReader is operable todisplay highlighting in synchronization with the video reading. In oneembodiment, video-based forced alignment or any other automatic ormanual method for synchronization is applied to a video with anon-verbal communication method, such as American Sign Language (ASL).In this embodiment, instead of matching audio to text, the keyframesand/or text clips are generated based on detected visual cues (e.g.,signed words) or are generated based on preset data identifying thewords being signed (e.g., embedded indicators, subtitles, or otherindicator of the words being communicated). In one embodiment, pageturns, movement of the video or graphical elements, and/or highlightingare coordinated to the keyframes or runtimes of the videos, wherein pageturns, highlighting, or other graphical functionality starts and/orstops based on a beginning keyframe, an ending keyframe, a beginning ofa video runtime, an ending of a video runtime, or any other video-basedvariable for synchronization of the vide to the eBook. For example, inone embodiment, when a page is manually or automatically turned, a videocorresponding to the page is loaded, wherein highlighting issynchronized to the video playback, and wherein a graphical element isoperable to transform when a specific keyframe or runtime is reached. Inthe illustrated embodiment, the word book 2601 is highlighted while avideo playback 2603 illustrates a reader signing the word “book.” FIG.26B illustrates one embodiment of a database storing descriptors andsynchronization data for the video and audio elements. Notably, thewords “into” and “book” are associated with the same video, 1.mp4, andthe corresponding audio for 1.mp4, whereas the word “sister” isassociated with the separate video 2.mp4 and a separate audio file,3.mp3. Notably, videos are operable to be processed and tagged withaudial and video descriptors in the same manner as audio and audiodescriptors, as described herein, and videos, video clips, and videosegments are operable to be synchronized with the text and textualdescriptors for highlighting and playback in the same manner as audioand audio descriptors.

Due to the varying forms of written language expression, uniquechallenges are presented when providing a multi-language highlightingsystem within an eReader. For example, in English, groups of phoneticletters make up words, commas separate clauses and phrases, and periodsend sentences. In written Chinese, one or more characters representsounds and meanings, and a host of punctuation marks may be used toclarify meaning, such as “o ” and “

”. In both Thai and Chinese, the language often do not include spacesbetween characters and words in the same phrase or sentence. Theseunique characteristics require technical solutions to provide thehighlighting benefits of the eReader across all supported languages.

FIG. 27A-27D illustrates solutions for the Thai languages, whereinspaces and non-displaying characters serve similar functionality to thecommas and periods when processing text in the system for highlighting.FIG. 27A illustrates a line of text that is taken from an eReaderdisplay for a book illustrated in FIG. 27D. The line translates inEnglish to, “Nearly two thousand years ago in ancient China, there was aboy named Cao.” Since highlighting in Thai requires highlighting one ormore characters that are not separated by spaces, in one embodiment, thespaces 2701 are only used to determine the end of highlighting forcharacters at the end of a grouping, while non-printing characters areinserted to provide markers for the beginning and end of a highlightingsequence. In another embodiment, the non-printing characters serve asthe sequence indicator, while spaces 2701 only serve to providegraphical breaks in the text. Examples of non-printing charactersinclude zero-width spaces, a null character (e.g., “\0” or “\@”), whichare not displayed on the eReader but allow for the system to output codewith sequences of characters separated into highlighting blocks. Forexample, FIG. 27B illustrates locations of non-printing characters 2703,which outputs as displayed in FIG. 27C. FIG. 27D illustrates theselected line in context of the eBook page.

Notably, when the system is processing the text of the document, thetextual and audial descriptors, and any associated elements andmetadata, the system (e.g., via the HTML Generator) is operable tooutput tags for one or more words, characters, punctuation marks,phrases, sentences, sentence fragments, and/or paragraphs. For example,FIGS. 28A-28D illustrate one embodiment, wherein the HTML Generatoroutputs groups of Thai characters in individual tags for highlighting.The first group of characters 2801, second group of characers 2803,third group of characters 2805, and fourth group of characters 2807 aregenerated based on text that included non-printing characters. Thus,when the HTML Generator outputs tags and other grouping elements, thecharacters for a first highlight are grouped within a tag or othergrouping element, the characters for a second highlight are groupswithin a second tag or grouping element, etc. An eReader processing thetext is then operable to highlight the group of characters in accordancewith the HTML Generator output, the textual descriptors, the audialdescriptors, and/or any other metadata. FIGS. 28A, 28B, 28C, and 28Dshow sequential highlighting of each of the groups of characters (2801,2803, 2805, 2807). Notably, while the highlighting in these figures arerepresented by underlines, highlighting includes any graphicalindication disclosed herein or known in the art, including backgroundcolor changes, text color changes, font changes, etc.

FIG. 29 illustrates a GUI with one embodiment of a language learningtool, wherein the eReader is operable to load and provide via the GUI analternate language dynamic text container 2901. In one embodiment, theupon loading a page or a spread of pages, the GUI is operable to loadthe alternate language dynamic text container 2901 and display thealternate language text 2903 based on textual descriptors associatedwith the alternate language text 2903. In one embodiment, the GUI isoperable to receive an indication of a primary language 2905 and asecondary language 2907 via a pop-up menu 2909 or another graphicalselection mechanism. In one embodiment, a language selection menu 2913includes a list of primary language selection options as well as abilingual option. Upon receiving a selection of the bilingual option,the GUI is operable to display the pop-up menu 2909. The system isoperable to load text associated with the primary language 2905 anddisplay the text in a dynamic text container 2911. In one embodiment,the alternate language dynamic text container 2901 corresponds to oneprimary dynamic text container at a time. For example, in theillustrated embodiment, the alternate language dynamic text container2901 includes alternate language text that corresponds to the text inthe dynamic text container 2911 of the first page of the spread, and thealternate language dynamic text container is positioned over a dynamictext container 2915 of the second page of the spread. In one embodiment,the alternate language dynamic text container 2901 is positioned in anarea that does not overlap the text being highlighted. For example, inone embodiment, the alternate language dynamic text container 2901 isautomatically or manually positioned in a first position, wherein thefirst position ensures that the alternate language dynamic textcontainer 2901 does not overlap with text being highlighted and/or readaloud. Preferably, the alternate language dynamic text container 2901 isoperable to be positioned in at least one additional position followingcompletion of the highlighting or playback of audio or video for adynamic text container. For example, FIG. 30 illustrates anotherembodiment of the GUI, wherein upon completion of the highlightingand/or media playback of the first dynamic text container 2911, thealternate language dynamic text container 2901 is repositioned to asecond position that does not obstruct the second dynamic text container2915, and highlighting and/or media playback continues for the text ofthe second text container 2915. In one embodiment, the inventionincludes multiple alternate language text containers that are staticallypositioned, wherein each alternate language dynamic text container ismade visible when text from a corresponding dynamic text container ishighlighted and/or corresponding playback begins, and wherein eachalternate language dynamic text container is hidden when thehighlighting and/or playback finishes for the corresponding dynamic textcontainer. In one embodiment, one or more positions are automatically ormanually preset for an alternate language dynamic text container so thatthe alternate language text container has a position that preservesoriginal graphic design and experience of the book as much as possible.In another embodiment, an alternate language dynamic text container isautomatically positioned such that it does not overlap with any primarydynamic text containers and/or dynamic text containers that includeactive highlighting or playback.

In one embodiment, text in alternate language dynamic text containersare highlighted at the same time as or instead of text from a primarydynamic text container. Further, the system is operable to provide audioand/or video playback based on a preferred language selection or aprimary or secondary language selection. For example, in the embodimentillustrated in FIG. 30 , the second dynamic text container 2915 includesEnglish text, while the alternate language dynamic text container 2901includes Spanish text. The words of one text container are highlightedat the same time as other, illustrated in FIG. 30 as “a message” beinghighlighted at the same time as the corresponding Spanish text, “unmensaje.” Playback is operable to be performed based on the primarylanguage selection (English), the secondary language selection(Spanish), or a manually input selection. Alternatively, the text ishighlighted and/or corresponding playback occurs for a first languagebefore highlighting and/or corresponding playback occurs for a secondlanguage. In another embodiment, audio and/or video playback for asecond language occurs in synchronization with highlighting for a firstlanguage. Highlighting for both languages is operable to occur based ona one-to-one equivalent of a word, character, phrase, sentence fragment,or sentence, but sometimes this is not possible due to languagedifferences, and instead the number of words, characters, phrases,sentence fragments, or sentences highlighted for one language isdifferent from the number of words, characters, phrases, sentencefragments, or sentences highlighted for a second language.

FIG. 31A and FIG. 31B illustrate GUI operations to convert left-to-right(LTR) layouts to right-to-left (RTL) layouts. Since many languages areprinted and read RTL, this creates a unique challenge to preservingreadability and consistency to the author and illustrator's graphicdesign across languages. FIG. 31A illustrates one embodiment of anEnglish language spread with a first page 3101 and a second page 3103,wherein the first page and the second page each include graphics (3105,3107), and wherein the first page 3101 is displayed on the left and thesecond page 3103 is displayed on the right. The GUI is operable toreceive a language selection from the language selection menu 2913. Ifan RLT language is selected, such as Arabic, the GUI automatically loadsand/or repositions elements based on the language selection. FIG. 31Billustrates an RTL Arabic language embodiment corresponding to theEnglish language GUI illustrated in FIG. 31A. In the illustratedembodiment, the graphics (3105, 3107) and the play button 2109 are eachmirrored as a whole, wherein the first page 3101 is displayed on theright and the second page 3103 is displayed on the left. Notably, thewhole spread was mirrored such that the graphics (3105, 3107) aredisplayed in mirror image from the English embodiment illustrated inFIG. 31A and the dynamic text containers (3111, 3113) are translated toa mirrored position (or, in another embodiment, new dynamic textcontainers are generated in the mirrored positions). This allows fortext and other objects on the page to not overlap the graphics whenconverted between LTR and RTL. For example, in children's storybooks,spreads often include an illustration that stretches across both a leftpage and a right page. By mirroring the illustration and the location ofdynamic text containers, the chance for obstruction of the illustrationby text between languages is minimized. FIG. 31C illustrates anotherembodiment of the RTL reading embodiment, wherein pages are repositionedinstead of mirroring graphics. Some graphics may be unclear or may losesome value when mirrored. Therefore, in one embodiment, pages arerepositioned without mirroring the text or graphics. In FIG. 31C, thefirst page 3101 is placed on the right side, and the second page 3103 isplaced on the left side. However, each of the graphics (3105, 3107)maintain their positions relative to the first page 3101 or the secondpage 3101, respectively. In one embodiment, for a full-pageillustration, the system is operable to split the image of theillustration into two parts (e.g., a first half file and a second halffile), and display each image with its respective half of the spread.This separation is operable to be processed during the initial intake ofthe digital book (before processing through the HTML Generator), duringprocessing through the HTML Generator, or in real-time at the GUI of theend user.

FIG. 32 illustrates one embodiment of a management system for anorganization with multiple users. For example, in one embodiment, thesystem provides one or more teacher user accounts that are connected toone or more student accounts. In the illustrated figure, the system isoperable to track variables related to multiple connected users'interaction with the system, including number of books read, readingtime, and quiz grades. The system is further operable, in oneembodiment, to track and store which books were read, how long was spenton each page, languages read, and other activities and assignmentsrelated to each book, collection of books, or unrelated assignments. TheGUI illustrated provides graphs for review by one or more administratoraccount (e.g., an account with administrative privileges over one ormore teacher account or one or more student accounts). The system isoperable to generate and display graphs based on nominal data, averagedata, or other mathematical analysis. The GUI is operable to receiveinputs from the user account, including a desired filter for a timerange or grouping of results, a grade level, a teacher, a class, or astudent, wherein the system is operable to adjust the graphs based onthe filter inputs. In one embodiment, the graphs are connected to thesame data and analysis as that described with reference to FIGS.13A-13C.

FIG. 33 illustrates one embodiment of a chart for tracking book viewingand interaction, wherein the chart provides a breakdown by teacher,grade, subject, and section. The chart provides information relating tothe number of students in each class, the number of books opened perclass, the number of books completed (e.g., read) by each class, and thetotal reading time for the books. If the book has associated activitiesand resources, such as a quiz, the chart is operable to retrieve anddisplay average quiz grades, number of completed quizzes, and otheranalytics on the resources. In one embodiment, the system is operable toreceive an assignment from at least one teacher account, wherein theassignment is then attached to student accounts in at least one class.Once the assignment is completed (for example, read an assigned book andcomplete an assigned quiz), the system is operable to generate andtransmit a notification and/or a report to the teacher account based onthe completion of the book, time spent reading the book, a quiz grade,and other variables associated with the assignment.

FIG. 34 illustrates a messaging system for accounts betweenadministrators, teachers, students, and parents. For example, in oneembodiment, the system is operable to provide a messaging system withinan eReader interface or through a dedicated system, wherein studentaccounts are operable to send a question via the messaging system to theteacher account, and wherein the teach account is operable to composeand transmit a message to the student account. In one embodiment, themessages are echoed and/or relayed via email. In another embodiment, themessaging system is operable to track whether a message was opened by arecipient and provide a read receipt to the sender.

FIG. 35 illustrates a chat platform for the system, wherein useraccounts are operable to exchange messages in real-time. In oneembodiment, the chat system includes audio and video callingcapabilities in addition to text, media, and file exchangefunctionality. In another embodiment, student accounts are automaticallyenabled to send messages to a teacher and/or to other student accountsassociated with the same class or school. While the illustratedembodiment depicts a chat system that is independent of any eReaderinterface, in another embodiment, the chat interface is built into theeReader GUI such the system is operable to directly send and receivemessages, video, and audio via the interface directly or through apop-up interface or other similar mechanism known in the art.

FIG. 36 illustrates one embodiment of the Fathom Reads Asset Controller(FRAC). In one embodiment, the FRAC is a JAVASCRIPT component thatmanages the loading of audio, images, and other type of assets for theeReader. The FRAC is designed to prioritize which assets (e.g., textelements, graphical elements, audio elements, and/or layout elements) toload. In one embodiment, assets in the eReader are associated with aspecific language and page number. If a user views page 10 in French,the most critical assets to load are those assets in French near page10. French elements on page 11 are the likely next page for the user,followed decreasingly by 12, 13, etc. In one embodiment, pages in frontof a currently loaded page of a digital book are prioritized over pagesbehind the currently loaded page of the book (e.g., page 3 isprioritized over page 1 for a user on page 2). In another embodiment,assets for a second language on a page are prioritized over assets fromother pages.

FRAC in one embodiment solves the problem wherein fetching assets fromthe network does not guarantee the assets are transmitted or received inthe order requested. Also, having too many active network connections atthe same time can saturate a network, causing network slow-downs andpotentially using too much RAM on a device, resulting in a slowing of abrowser or device. In one embodiment, a maximum connections limit(MaxConnections in FIG. 36 ) is imposed to prevent slow-down issues andalso increasing the likelihood that assets will be received in the orderrequested.

Similarly, in some embodiments, not all assets need to be in memory forthe current page of the book to be displayed. In one embodiment,thresholds are set based on the determined relative need for the asset(MaxFitness in FIG. 36 ), such that assets that are above a thresholdare excluded from the loading entirely, until such time occurs that saidassets are determined to be necessary to load. In one embodiment, theassets are also released and/or deleted from memory based on acomparison of the assets' fitness scores to a maximum fitness score,wherein previously loaded assets that have a fitness score outside ofthe threshold established by the maximum fitness score a removed inorder to reduce memory. This management particularly benefitstraditionally low-memory devices, such as mobile devices.

FRAC determines each asset's need to be loaded by calculating a“fitness” for each asset. This fitness takes into account, in oneembodiment, the selected language and also the current page of the book.With each asset's fitness so calculated, the assets are sorted by theirfitness, and put into a load queue. The load process then begins,fetching assets with lower (closer to zero) fitness values before higher(less fit) assets.

FIG. 36 a schematic of the FRAC process, wherein upon the systemproviding the eReader to a user 3601, the eReader base framework isloaded 3603, and Uniform Resource Locators (URLs) corresponding toassets for a selected eBook are added to an asset controller 3605 (e.g.,based on descriptors, output from the HTML Generator, and/or other eBookmetadata), and the asset controller loads the assets based on the URLs3607. The manner by which the assets are loaded include determining anasset fitness 3609 for assets associated with the eBook and thencreating and sorting an asset loading queue based on the asset fitness3611. The system checks the queue 3613, and if the queue is empty (forexample, all the assets have been loaded), the loading ends 3615. If itis not, the next asset in the queue is evaluated 3617. The fitness ofthe asset is compared to the max fitness 3619, and if the fitness isgreater than the max fitness, then the asset loading begins 3621, andthe asset is removed from the queue 3620. If the fitness is not greaterthan the max fitness, then the number of loading elements is compared tothe maximum allowed number of loading connections 3623. If the number ofloading connections is less than the maximum allowed number of loadingconnections, then the current asset being considered from the queue isloaded 3621. If the number of loading connections is not less than themaximum allowed number, the asset is not loaded, and preferably theasset remains within the queue for continued loops for loading theassets. The queue then continues to processes the queue until eachelement has been considered. Preferably, the process is reloaded after anew page is loaded in the eReader. In one embodiment, an event subsystem3625 subscribes to an asset loaded event 3627, and the subsystem listensfor an asset loaded event 3629. Upon detecting an asset being loaded,the asset controller loads the asset 3607 for use by a user within theeReader.

In one embodiment, asset fitness is determined for each asset (e.g., atextual element, a graphical element, an audio element, and/or layoutelements) based upon a preset threshold algorithm. In one embodiment,the algorithm considers at least one of: current page number, total pagenumber, selected language, available languages, most commonly usedlanguages for a user or group of users, number of available languages,size of file, size of text, length of audio, historical reading data,presence of recorded audio or video, and/or number of graphics for apage. Max fitness, or the fitness threshold below which elements areloaded, is a manually set or automatically determined value that is, inone embodiment, based upon at least one of: a number of pages, a numberof languages available, a speed of a connection from an eReader, anavailable memory of a device with the eReader, a current page beingviewed, a total number of pages for the eBook, and/or user preferencesfor asset loading total memory or download speed. In one embodiment, amaximum number of connections concurrently loading an element isdetermined based on either a manually preset value or an automaticallydetermined threshold corresponding to at least one of: a number ofpages, a number of languages available, a speed of a connection from aneReader, an available memory of a device with the eReader, a currentpage being viewed, a total number of pages for the eBook, and/or userpreferences for asset loading total memory or download speed.

FIGS. 37A, 37B, 37C, and 37D illustrate a loading mechanism for theFRAC, wherein elements are represented by icons and IDs, and whereinloaded elements are shaded and unloaded elements are unshaded. In oneembodiment, a set of elements for a first language 3701 are loadedbefore elements for additional languages. For example, in FIG. 37B,Spanish elements 3701 are loaded before other languages, due to theSpanish language currently being selected and presented to an eReader.In addition, elements near a current page number 3703 (e.g., page 11)are loaded before elements of other page numbers. FIGS. 37A-37Dillustrate a progression of the element loading mechanism, from noelements loaded to all elements loaded, based on a determined fitnessscore for each element, according to the FRAC process described aboveand illustrated in FIG. 36 .

The above-mentioned examples are provided to serve the purpose ofclarifying the aspects of the invention, and it will be apparent to oneskilled in the art that they do not serve to limit the scope of theinvention. The above-mentioned examples are just some of the manyconfigurations that the mentioned components can take on. For example,in alternative embodiments, the buttons of the GUI are replaced withgraphical images that represent the function the buttons serve, such asa rabbit graphic for the speed control button or a highlighter markerfor the highlight button. All modifications and improvements have beendeleted herein for the sake of conciseness and readability but areproperly within the scope of the present invention.

The invention claimed is:
 1. A method for an improved eReader interface,comprising: receiving text and audio, wherein the text includes at leasttwo language sets of text, and wherein the audio includes at least twolanguage sets of audio; receiving selection of a language set of the atleast two language sets of text as a primary language text; displayingthe primary language text across a spread of pages on a graphical userinterface (GUI), the spread of pages including at least a first page anda second page; initiating playback of the audio to play the audio; whileplaying the audio: determining a current portion of the primary languagetext based on a current instance of time; and highlighting the currentportion of the primary language text, wherein the highlighting and theaudio playing occurs based on the selected language set of the at leasttwo language sets of text and a corresponding language set of the atleast two language sets of audio; creating an alternate language dynamictext container, wherein the alternate language dynamic text containerdisplays an alternate language text corresponding to an alternateselected language set of the at least two language sets of text, andwherein the alternate language text corresponds to a translation of theprimary language text displayed on the first page of the spread ofpages; highlighting a corresponding highlightable element of thealternate language text at the same time as each highlightable elementof the primary language text is highlighted during the audio playback;while a highlightable element of the primary language text on the firstpage is highlighted, automatically positioning the alternate languagedynamic text container in a first position over the primary languagetext displayed on the second page such that the alternate languagedynamic text container does not overlap with the highlighted primarylanguage text displayed on the first page; following completion of thehighlighting and the audio playing for the primary language textdisplayed on the first page of the spread of pages: continuing thehighlighting and the audio playing of the primary language textdisplayed on the second page of the spread of pages; and automaticallyrepositioning the alternate language dynamic text container in a secondposition over the primary language text displayed on the first page ofthe spread of pages such that the alternate language dynamic textcontainer does not overlap with the highlighted primary language textdisplayed on the second page.
 2. The method of claim 1, furthercomprising inserting non-printing characters between at least two words,at least two characters, at least two sentences, or at least twosentence fragments of the primary language text, wherein thenon-printing characters do not increase a distance between therespective words, characters, sentences, or sentence fragments of theprimary language text on the GUI, and wherein the non-printingcharacters are not visible via the GUI, and outputting computer-readablecode that separates the primary language text into separatehighlightable elements based on the non-printing characters.
 3. Themethod of claim 1, further comprising receiving a word selection, acharacter selection, a sentence selection, a graphic selection or asentence fragment selection, highlighting the words, the characters, thesentences, the graphic, or the sentence fragments based on the wordselection, the character selection, the sentence selection, the graphicselection, or the sentence fragment selection, and playing audiocorresponding to the word selection, the character selection, thesentence selection, the graphic selection, or the sentence fragmentselection based on the keyframes.
 4. The method of claim 1, furthercomprising tracking an amount of time the primary language text isdisplayed via the GUI and determining a number of digital books read. 5.The method of claim 1, further comprising reversing a layout of graphicsand/or mirroring the graphics, wherein the selected language set is aright-to-left language set.
 6. The method of claim 1, further comprisingderiving keyframes for the audio, wherein the keyframes indicatebeginning keyframes and ending keyframes for spoken words, spokencharacters, spoken sentences, or spoken sentence fragments correspondingto words, characters, sentences, or sentence fragments of the text, andwherein the current portion of the primary language text is highlightedaccording to the keyframes.
 7. The method of claim 1, wherein the textincludes textual descriptors and the audio includes audial descriptors,wherein the textual descriptors includes at least a page number, a wordor character length, and a language for each of the words, thecharacters, the sentences, or the sentence fragments, and wherein theaudial descriptors include at least the keyframes, a corresponding word,an audial runtime of the corresponding word, and a file size.
 8. Themethod of claim 1, further comprising receiving an indication of adigital book selection, loading a digital book corresponding to thedigital book selection from at least one database, and displaying thecorresponding digital book.
 9. The method of claim 1, wherein dimensionsof the alternate dynamic text container are preset, and wherein thealternate dynamic text container is further configured to enablescrolling for overflow text within the alternate dynamic text container.10. A system for an improved eReader interface, comprising: a memory;and a processor coupled with the memory, wherein the processor isoperable to: receive text and audio, wherein the text includes at leasttwo language sets of text, and wherein the audio includes at least twolanguage sets of audio; receive selection of a language set of the atleast two language sets of text as a primary language text; display theprimary language text across a spread of pages on a graphical userinterface (GUI), the spread of pages including at least a first page anda second page; initiate playback of the audio to play the audio, andwhile playing the audio: determine a current portion of the primarylanguage text based on a current instance of time; and highlight thecurrent portion of the primary language text, wherein the highlightingand the audio playing occurs based on the selected language set of theat least two language sets of text and a corresponding language set ofthe at least two language sets of audio; create an alternate languagedynamic text container, wherein the alternate language dynamic textcontainer displays an alternate language text corresponding to analternate selected language set of the at least two language sets oftext, and wherein the alternate language text corresponds to atranslation of the primary language text displayed on the first page ofthe spread of pages; highlight a corresponding highlightable element ofthe alternate language text at the same time as each highlightableelement of the primary language text is highlighted during the audioplayback; while a highlightable element of the primary language text onthe first page is highlighted, automatically position the alternatelanguage dynamic text container in a first position over the primarylanguage text displayed on the second page such that the alternatelanguage dynamic text container does not overlap with the highlightedprimary language text displayed on the first page; following completionof the highlighting and the audio playing for the primary language textdisplayed on the first page of the spread of pages: continue thehighlighting and the audio playing of the primary language textdisplayed on the second page of the spread of pages; and automaticallyreposition the alternate language dynamic text container in a secondposition over the primary language text displayed on the first page ofthe spread of pages such that the alternate language dynamic textcontainer does not overlap with the highlighted primary language textdisplayed on the second page.
 11. The system of claim 10, wherein theprocessor is further operable to insert non-printing characters betweenat least two words, at least two characters, at least two sentences, orat least two sentence fragments of the primary language text, whereinthe non-printing characters do not increase a distance between therespective words, characters, sentences, or sentence fragments of theprimary language text on the GUI, and wherein the non-printingcharacters are not visible via the GUI, and outputting computer-readablecode that separates the primary language text into separatehighlightable elements based on the non-printing characters.
 12. Thesystem of claim 10, wherein the processor is further operable to receivea word selection, a character selection, a sentence selection, a graphicselection or a sentence fragment selection, highlighting the words, thecharacters, the sentences, the graphic, or the sentence fragments basedon the word selection, the character selection, the sentence selection,the graphic selection, or the sentence fragment selection, and playingaudio corresponding to the word selection, the character selection, thesentence selection, the graphic selection, or the sentence fragmentselection based on the keyframes.
 13. The system of claim 10, whereinthe processor is further operable to track an amount of time the primarylanguage text is displayed via the GUI and determine a number of digitalbooks read.
 14. The system of claim 10, wherein the processor is furtheroperable to reverse a layout of graphics and/or mirroring the graphics,wherein the selected language set is a right-to-left language set. 15.The system of claim 10, wherein the processor is further operable toderive keyframes for the audio, wherein the keyframes indicate beginningkeyframes and ending keyframes for spoken words, spoken characters,spoken sentences, or spoken sentence fragments corresponding to words,characters, sentences, or sentence fragments of the text, and whereinthe current portion of the primary language text is highlightedaccording to the keyframes.
 16. The system of claim 10, wherein the textincludes textual descriptors and the audio includes audial descriptors,wherein the textual descriptors includes at least a page number, a wordor character length, and a language for each of the words, thecharacters, the sentences, or the sentence fragments, and wherein theaudial descriptors include at least the keyframes, a corresponding word,an audial runtime of the corresponding word, and a file size.
 17. Thesystem of claim 10, wherein the processor is further operable to receivean indication of a digital book selection, loading a digital bookcorresponding to the digital book selection from at least one database,and displaying the corresponding digital book.
 18. The system of claim10, wherein dimensions of the alternate dynamic text container arepreset, and wherein the alternate dynamic text container is furtherconfigured to enable scrolling for overflow text within the alternatedynamic text container.